moving forward

plasticstechnical data

2

More than 1,200 sizes con-

stantly in stock. Anybody who

processes semi-finished prod-

ucts needs fast and reliable

suppliers. At faigle, we keep a

constant supply of over 1,200

different sizes of semi-finished

products in more than 100 dif-

ferent materials in stock at all

times. With the faigle 1stcut®

service we can also offer to

take the strain off our custom-

ers' production departments,

and in doing so help rationalise

the processes involved.

Gaining recognition with a

holistic approach. Expertise,

competence, plastics experi-

ence and motivated employees

are all factors which are key to

the success of any company.

We set ourselves apart by offer-

ing additional qualities ranging

from intensive and competent

advice and support, tailor-made

solutions which are rigorously

implemented to optimise costs,

right through to perfect logistics

and "just in time" delivery solu-

tions. faigle employees bring a

total commitment to quality in all

areas of service and production.

faigle semi-finished products

10-00001_Faigle_EN_Innen.indd 2 11.01.2010 8:16:31 Uhr

Quality: With more than 100

different materials, faigle not

only offers a huge range of

different plastics, but also of-

fers the expertise which allows

these materials to be modified

and fine-tuned to deliver the

best possible plastic for any

application.

Price: The price is often a key

factor in any purchasing deci-

sion. faigle offers its customers

an absolutely fair price which

represents excellent value for

money, thus creating the foun-

dations for long-term business

relations.

Services: In the age of globali-

sation, customer support and a

genuine understanding of how

to best satisfy our customers'

needs are probably still the

most important factors of all.

On top of the familiar and much

appreciated technical consul-

tancy service offered by faigle

in relation to particular appli-

cations, we also offer prepara-

tory work such as sawing, plan-

ing, groove/channel cutting or

grinding to an accuracy of one

tenth of a millimetre.

THE THREE PILLARS OF A LONG-TERM BUSINESS RELATIONSHIP

3

faigle semi-finished products

Going forward.

THIS PAGE IS SHORTENED.

10-00001_Faigle_EN_Innen.indd 3 11.01.2010 8:16:33 Uhr

Polyamides, extruded

Polyurethanes

Polyamides, cast

Polyoxymethylenes

Polyphenylenethers

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

din abbreviation main aPPliCation

PAS-46

PAS-60

PAS-60 GF30

PAS-80

PAS-80 GF30

PAS-80 Mo

PAS-80 X

PAS-80 CF20

PAS-110

PAS-120

PAS-120 GF30

IGOPAS-C6/100

IGOPAS-C6/100 X

IGOPAS-C6/100 L

IGOPAS-C6/100 HT

IGOPAS-C6/100 Z

IGOPAS-C6/100 GK

IGOPAS-C6/90

IGOPAS-L12/100

PAS-PU 70A

PAS-PU 80A

PAS-PU 90A

PAS-L

PAS-L els

PAS-L ast

PAS-LD

PAS-LD AF

PAS-LX

PAS-LXY

PAS-LG

PAS-PPE

PAS-PPE GF30

going forward.

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

• •

• • •

• •

• • •

• •

• • •

• • •

• •

• •

• • •

• •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• •

• •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• •

7

PROPERTIES

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us

of

elas

tici

ty

Cre

ep t

en-

den

cy

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

4

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

den

sity

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

exp

ansi

on

uv

re

sist

ance

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

5 6

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

-in

g

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

or

wel

din

g

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

1.18 3.70 6 - 40 + 135 + 200 80 - - - - ns HB - s s ns ns s ns ns ns s ns s ns ns s s ns ns ls s s

1.13 3.00 1 - 40 + 88 + 160 90 lr lr r lr s HB - s s ns ns s s ns ls s ls s ns ls s s s s s s s

1.36 2.10 3 - 30 + 120 + 180 23/65 lr lr r lr ns HB - s s ns ns s ns ns ns s ns s ns ls ls ls ls ls ls s s

1.14 2.60 1 - 30 + 95 + 170 80 lr lr r lr s V-2 - s s ns ns s s ns ls s ls s ns ls s s s s s s s

1.35 1.70 3 - 20 + 110 + 200 20/50 lr lr r lr ns HB - s s ns ns s ns ns ns s ns s ns ls ls ls ls ls ls s s

1.15 2.80 2 - 30 + 95 + 170 80 lr lr r r ns HB - s s ns ns s ns ns ls ls ls s ns ls s s ls ls ls s s

1.12 2.20 2 - 30 + 80 + 120 85 nr lr r lr s HB - s s ns ns s ns ns ls ls ls s ns ls s s s ls ls s s

1.23 2.20 11 - 40 + 120 + 240 25/75 nr lr r lr ns HB - s s ns ns s ns ns ns ls ns s ns ls ls ls ls s s s s

1.04 0.90 6 - 50 + 85 + 120 100 lr lr r lr ns V-2 - s s ns ns s - - - s - s ns ls ls ls s s s s s

1.02 0.80 4 - 70 + 110 + 150 120 lr r r lr s HB - s s ns ns s - - - s - s ns s s s s s s s s

1.24 0.50 4 - 70 + 110 + 150 50 lr nr r lr ns HB - s s ns ns s - - - ls - s ns ls ls ls ls ls ls s s

1.15 2.4 (e) 1 - 40 + 90 + 170 80 nr lr r lr s HB - ns ns s ns s s ns ls s ls s ns ls s s s s s s s

1.14 2.2 (e) 1 - 40 + 90 + 170 80 nr lr r lr s HB - ns ns s ns s - ns ls ls ns s ns ls s s s ls ls s s

1.14 1.8 (e) 1 - 40 + 90 + 160 80 nr lr r lr ns HB - ns ns s ns s ns ns ls ns ns s ns ns ns ns ns ns ns ls ls

1.15 2.2 (e) 1 - 40 + 105 + 180 80 nr lr r lr ns HB - ns ns s ns s - - - s - s ns ls ls ls ls ls ls s s

1.15 2.3 (e) 1 - 30 + 90 + 170 80 nr lr r lr ns HB - ns ns s ns s - - - ls - s ns ls ls ls ls ls ls s s

1.22 2.5 (e) 2 - 40 + 90 + 170 60 nr lr r lr ns HB - ns ns s ns s - - - ls - s ns ls ls ls ls ls ls s s

1.13 2.3 (e) 2 - 40 + 105 + 160 70-80 nr lr r lr ns HB - ns ns s ns s - - - ls - s ns ls ls ls ls ls ls s s

1.03 0.9 (e) 8 - 60 + 110 + 150 100-110 lr r r lr ns HB - ns ns s ns s - - - s - s ns s s s s s s s s

1.24 - 5 - 30 + 80 + 100 200 nr lr nr nr ns V-2 - ns (d) ns (d) s ns ls ns ns ns s ns s ls s s s ns s s ns ls

1.24 0.20 5 - 30 + 80 + 100 200 nr lr nr nr ns V-2 - ns (d) ns (d) s ns ls ns ns ns s ns s ls s s s ns s s ns ls

1.24 0.20 5 - 30 + 80 + 100 200 nr lr nr nr ns V-2 - ns (d) ns (d) s ns ls ns ns ns s ns s ls s s s ns s s ns ls

1.41 0.20 1 - 50 + 100 + 140 110 lr r r nr s HB - s s ns ns s s ns ns ls ns s s s s s ns ls ls s s

1.40 0.25 5 - 20 + 100 + 140 130 lr r r lr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.34 0.20 8 - 50 + 85 + 140 170 lr r r nr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.42 0.20 2 - 50 + 90 + 150 100 lr lr r nr s HB - s s ns ns s ns ns ns ls ns s s s s s ns ls ls s s

1.54 0.17 9 - 20 + 90 + 150 105 lr lr r nr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.34 0.20 3 - 40 + 100 + 120 120 lr r r nr s HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.40 0.20 5 - 40 + 100 + 120 120 lr r r nr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.58 0.17 3 - 20 + 100 + 140 40/80 lr r r nr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.06 0.06 3 - 40 + 95 + 110 80 lr r nr lr ns HB - s s ns ns s ns ns ns s ns s ns s s s s ls s s s

1.29 0.06 5 - 20 + 100 + 110 30/70 lr r nr lr ns HB - s s ns ns s ns ns ns s ns s ns s s s s ls s s s

Collar10 mm shortening10 mm shortening

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

Ignition coils, bearing sleeves, gear wheels

Gear wheels, rollers, sliding elements, bearings

Technical enclosures, machine elements

Rollers, sliding elements, machine construction

Technical enclosures, machine elements

Sliding elements (low-maintenance)

Sliding elements (low-maintenance)

Sliding element (highly stressed)

Sliding parts (in water), bearings (dimensionally stable)

Sliding parts (in water), bearings (dimensionally stable)

Fuel filters, bearing shells, clock parts

Rope sheaves, insert rings, thick-walled formed parts

Sliding elements (low-maintenance)

Bearing bushes (low-maintenance)

Sliding & wearing parts >100°C temperature

Sliding & wearing parts (highly stressed)

Highly stressed formed components w/o sliding function

Rope sheaves, heavy-duty rollers, drive elements

Spur gears, worm gears & chain wheels; plain rollers

Rollers, damping elements

Rollers, damping elements

Rollers, damping elements

Gear wheels, rollers, snap elements & sliding elements

Ex-proof components; enclos. f. electr. components

Ex-proof components;

Gear wheels, rollers, snap elements & sliding elements

Sliding bushings, sliding guides, sliding rails

Sliding bushes, sliding guides, sliding rails (low-maint.)

Sliding bushes, sliding guides, sliding rails (low-maint.)

Switches, levers, enclosures, fittings

Enclos. f. electron. comp., valve pistons, supp. rollers

Enclos. f. electron. comp., valve pistons, supp. rollers

Dry 95 / - - 3300 - 24 NB 8 - 0.20-0.45 - 1x1013 na Damp 55 / - - 1300 - 13 NB - 1x1012

Dry 80 / - - / 60 3200 - 20 NB 5 3.5 0.38-0.45 10 1x1013 na Damp 54 / - - / 180 1500 - 13 NB 25 1x1012

Dry 130 / - - / 3 9500 - 32 NB 15 3 (c) 0.46-0.52 6 1x1012 na Damp 100 / - - / 5 6000 - 25 NB 30 1x1010

Dry 88 / - - / 40 3200 - 22 NB 5 3.8 0.42 9 1x1013 na Damp 61 / - - / 150 1600 - 15 NB 18 1x1012

Dry - / 185 - / 3 10000 - 45 50 6 3.2 (c) 0.42-0.5 6 1x1013 na Damp - / 130 - / 5 7500 0.65 32 - - 0.5 1x1012

Dry 90 / - - / 20 3500 - 22 NB 4 3.9 0.20-0.25 12 1x1013 na Damp 55 / - - / >50 1675 - 13 NB - 1x1012

Dry 70 / - - / 10 2600 - 17 40 5 4.2 0.2 19 1x1013 na Damp 50 / - - / 30 1400 - 12 NB 15 1x1012

Dry 230 / 190 - / 2.5 16000 - 47 60 13 4.0 0.38-0.48 16 1x102-1x104 na Damp - / 150 - / 6 11000 - 38 70 16 -

Dry 42 / 42 6 / 6 1450 - 10 NB 20 3.1 0.32-0.38 - 1x1014 na Damp 40 / 40 8 / 8 1230 - 10 NB 23 -

Dry 43 / - - / 280 1500 - 11 NB 10 3.2 0.32-0.38 9 1x1013 na Damp 36 / - - / 250 1100 - 9 NB - -

Dry 70 / 105 - / 12 4000 - 17 70 10 - - - 1x1014 na Damp - / - - / - - - - - - -

Dry 85 / - - / 20 3400 - 21 NB 5 3.9 0.36-0.43 10 1x1013 na Damp 58 / - - / 100 1900 - 14 NB 23 1x1012

Dry 78 / - - / 25 3100 - 15 NB 4 4.2 0.15-0.23 9 1x1013 na Damp 50 / - - / 30 1500 - 12 NB 15 1x1012

Dry 70 / - - / 50 3100 - 17 NB 5 - 0.18 9 1x1013 na Damp 50 / - - / 120 1700 - 12 NB 15 0.23 1x1012

Dry 83 / - - / 25 3400 - 20 NB 3.5 - 0.36-0.43 - 1x1013 na Damp 55 / - - / 50 1650 - 13 NB - 1x1012

Dry 81 / - - / 35 3200 - 20 NB 3.5 - - - 1x1013 na Damp 50 / - - / 50 1550 - 12 - - 1x1012

Dry 80 / - - / 5 5700 - 20 - - - - - 1x1012 na Damp 55 / - - / 12 2400 - 13 - - 1x1010

Dry 80 / - - / 55 2500 - 20 NB >12 - 0.36 10 1x1013 na Damp 55 / - - / 120 1500 - 13 NB NB 0.42 1x1012

Dry 60 / - - / 55 2200 - 15 NB >15 - 0.40 - 1x1013 na Damp 50 / - - / 120 1800 - 12 - - 1x1012

Dry - / 40 - / 550 45-130 - na (h) NB NB - - - 1x109-1013 na

Dry 7 / 40 - / 550 45-130 - na (h) NB NB - - - 1x109-1013 na

Dry 13 / 55 - / >300 45-130 - na (h) NB NB - - - 1x109-1013 na

Dry 65 / - 9 / 30 3000 0.56 16 210 6 3.3 0.30-0.40 10 1x1013 na

Dry 40 / - - / 30 1900 - 10 50 4 - - - 1x103 na

Dry 42 / - - / 20 1500 - 11 50 4 - - - 1x109 na

Dry 75 / - - / 30 3200 0.51 18 NB 9 3.4 0.35 10 1x1015 na

Dry 50 / - - / 10 2900 - 12 40 4 4 0.14 - 1x1015 na

Dry 43 / - 9 / 10 2200 0.65 11 30 4 4 0.2 18 1x1014 na

Dry 35 / - 7 / 8 2000 0.64 9 18 2 4 0.15 20 1x1014 na

Dry - / 135 - / 2.5 9200 0.70 33 30 8 2 (c) 0.50-0.60 7 1x1014 na

Dry 55 / 50 5 / 30 2300 0.75 12 NB 15 - 0.35 - 1x1015 na

Dry - / 105 - / 2 8000 0.83 26 25 8 - - - 1x1015 na

PA4.6

PA6

PA6 GF30

PA6.6

PA6.6 GF30

PA6.6 Mo

PA6.6 + dry lubricant

PA6.6 CF20

PA11

PA12

PA12 GF30

PA6 G

PA6 G + dry lubricant

PA6 G + oil

PA6 GH

PA6-I G

PA6 G GB

PA6-HI G

PA12 G

PUR

PUR

PUR

POM-C

POM-C els

POM-C ast

POM-H

POM-H + PTFE

POM-C + dry lubricant.

POM-C + 2-component

POM-C GF30

PPE

PPE GF30

10-00001_Faigle_EN_Klapp.indd 1-4 11.01.2010 8:28:20 Uhr

Polyamides extrudés

Polyuréthanes

Polyamides coulés

Polyoxyméthylènes

Ethers de polyphénylène

Catégorie de polymère

INDICATIONS SUR LES APPLICATIONSdésignation faigle abréviation din appliCation prinCipale

PAS-46

PAS-60

PAS-60 GF30

PAS-80

PAS-80 GF30

PAS-80 Mo

PAS-80 X

PAS-80 CF20

PAS-110

PAS-120

PAS-120 GF30

IGOPAS-C6/100

IGOPAS-C6/100 X

IGOPAS-C6/100 L

IGOPAS-C6/100 HT

IGOPAS-C6/100 Z

IGOPAS-C6/100 GK

IGOPAS-C6/90

IGOPAS-L12/100

PAS-PU 70A

PAS-PU 80A

PAS-PU 90A

PAS-L

PAS-L els

PAS-L ast

PAS-LD

PAS-LD AF

PAS-LX

PAS-LXY

PAS-LG

PAS-PPE

PAS-PPE GF30

avec nous, ça roule.

Remarque : ce tableau est donné à titre indicatif. L'adéquation des matériaux PAS® doit faire l'objet d'essais. Nous donnons volontiers des conseils.

- pas de valeur

na non applicable, sans importance

NB « No Break » (pas de rupture)

PB « Partial Break » (rupture partielle)

is instable

ps partiellement stable

s stable

ia inadapté

pa partiellement adapté

a adapté

• •

• • •

• •

• • •

• •

• • •

• • •

• •

• •

• • •

• •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• •

• •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• •

7

CARACTERISTIQUES

eta

td

e l'é

chan

t.

eff

. ten

sio

n/

cont

r.

rup

ture

allo

ng.

limit

e él

ast.

/ ru

ptu

re

mo

dul

e e

tend

ance

au

flua

ge

Cha

rge

de

pre

ssio

nm

axim

ale

rés

ista

nce

aux

cho

cs

rés

ilien

ce

vale

ur p

-v

rés

ista

nce

à l'u

sure

Coe

f. fr

otte

- m

ent

dyna

m.

rés

ista

nce

sup

erfi

ciel

le

tran

smis

sion

de lu

miè

re

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Mar

che

à se

c,

vite

sse

moy

enne

(com

pa-

rais

on r

elat

ive)

[%]

4

ba

rr

es

ro

nd

es

pla

QU

es

ba

rr

es

Cr

eU

se

st

Uya

UX

den

sité

ab

sorp

.d

'hum

idit

é

pri

xvo

lum

e

dila

tati

on

ther

miq

ue

rés

ista

nce

aux

Uv

phy

sio

log

ie

tenuechimique

températured'utilisation [°C] procédés de fabrication Usinage techniques de raccordement

5 6

[g/c

m3 ]

[%]

Dur

ée m

in.

Dur

ée m

ax.

Max

. cou

rt

En

long

/tra

vers

10-6

x K

-1

Aci

des

Bas

es

Sol

vant

UL

94

DIN

410

2

Mou

lage

par

in

ject

ion

Ext

rusi

on

Cou

l. d

ebou

t,

mod

. per

dus

&

cent

rifug

e

Com

pre

ssio

n/fr

ittag

e

Usi

nage

m

écan

.

Pol

issa

ge

Em

bou

tissa

ge

Plia

ge,

chan

frei

nage

Imp

ress

ion,

p

eint

ure

Déc

oup

e au

lase

r

Déc

oup

e au

jet

d'e

au

Sou

dag

e à

l'air

chau

d

Sou

dag

e en

bou

t av

ec r

éflec

teur

s

Sou

dag

ep

ar fr

ictio

n

Sou

dag

e au

xul

tras

ons

Col

lage

au s

olva

nt

Col

lage

par

con

tact

Col

lage

2 co

mp

osan

ts

Vis

sage

1 =

bas

20

= é

levé

Enc

lique

tage

Comporte-mentau feu

1.18 3.70 6 - 40 + 135 + 200 80 - - - - ia HB - a a ia ia a ia ia ia a ia a ia ia a a ia ia pa a a

1.13 3.00 1 - 40 + 88 + 160 90 ps ps s ps a HB - a a ia ia a a ia pa a pa a ia pa a a a a a a a

1.36 2.10 3 - 30 + 120 + 180 23/65 ps ps s ps ia HB - a a ia ia a ia ia ia a ia a ia pa pa pa pa pa pa a a

1.14 2.60 1 - 30 + 95 + 170 80 ps ps s ps a V-2 - a a ia ia a a ia pa a pa a ia pa a a a a a a a

1.35 1.70 3 - 20 + 110 + 200 20/50 ps ps s ps ia HB - a a ia ia a ia ia ia a ia a ia pa pa pa pa pa pa a a

1.15 2.80 2 - 30 + 95 + 170 80 ps ps s s ia HB - a a ia ia a ia ia pa pa pa a ia pa a a pa pa pa a a

1.12 2.20 2 - 30 + 80 + 120 85 is ps s ps a HB - a a ia ia a ia ia pa pa pa a ia pa a a a pa pa a a

1.23 2.20 11 - 40 + 120 + 240 25/75 is ps s ps ia HB - a a ia ia a ia ia ia pa ia a ia pa pa pa pa a a a a

1.04 0.90 6 - 50 + 85 + 120 100 ps ps s ps ia V-2 - a a ia ia a - - - a - a ia pa pa pa a a a a a

1.02 0.80 4 - 70 + 110 + 150 120 ps s s ps a HB - a a ia ia a - - - a - a ia a a a a a a a a

1.24 0.50 4 - 70 + 110 + 150 50 ps is s ps ia HB - a a ia ia a - - - pa - a ia pa pa pa pa pa pa a a

1.15 2.4 (e) 1 - 40 + 90 + 170 80 is ps s ps a HB - ia ia a ia a a ia pa a pa a ia pa a a a a a a a

1.14 2.2 (e) 1 - 40 + 90 + 170 80 is ps s ps a HB - ia ia a ia a - ia pa pa ia a ia pa a a a pa pa a a

1.14 1.8 (e) 1 - 40 + 90 + 160 80 is ps s ps ia HB - ia ia a ia a ia ia pa ia ia a ia ia ia ia ia ia ia pa pa

1.15 2.2 (e) 1 - 40 + 105 + 180 80 is ps s ps ia HB - ia ia a ia a - - - a - a ia pa pa pa pa pa pa a a

1.15 2.3 (e) 1 - 30 + 90 + 170 80 is ps s ps ia HB - ia ia a ia a - - - pa - a ia pa pa pa pa pa pa a a

1.22 2.5 (e) 2 - 40 + 90 + 170 60 is ps s ps ia HB - ia ia a ia a - - - pa - a ia pa pa pa pa pa pa a a

1.13 2.3 (e) 2 - 40 + 105 + 160 70-80 is ps s ps ia HB - ia ia a ia a - - - pa - a ia pa pa pa pa pa pa a a

1.03 0.9 (e) 8 - 60 + 110 + 150 100-110 ps s s ps ia HB - ia ia a ia a - - - a - a ia a a a a a a a a

1.24 - 5 - 30 + 80 + 100 200 is ps is is ia V-2 - ia (d) ia (d) a ia pa ia ia ia a ia a pa a a a ia a a ia pa

1.24 0.20 5 - 30 + 80 + 100 200 is ps is is ia V-2 - ia (d) ia (d) a ia pa ia ia ia a ia a pa a a a ia a a ia pa

1.24 0.20 5 - 30 + 80 + 100 200 is ps is is ia V-2 - ia (d) ia (d) a ia pa ia ia ia a ia a pa a a a ia a a ia pa

1.41 0.20 1 - 50 + 100 + 140 110 ps s s is a HB - a a ia ia a a ia ia pa ia a a a a a ia pa pa a a

1.40 0.25 5 - 20 + 100 + 140 130 ps s s ps ia HB - a a ia ia a ia ia ia pa ia a ia a a a ia pa pa a a

1.34 0.20 8 - 50 + 85 + 140 170 ps s s is ia HB - a a ia ia a ia ia ia pa ia a ia a a a ia pa pa a a

1.42 0.20 2 - 50 + 90 + 150 100 ps ps s is a HB - a a ia ia a ia ia ia pa ia a a a a a ia pa pa a a

1.54 0.17 9 - 20 + 90 + 150 105 ps ps s is ia HB - a a ia ia a ia ia ia pa ia a ia a a a ia pa pa a a

1.34 0.20 3 - 40 + 100 + 120 120 ps s s is a HB - a a ia ia a ia ia ia pa ia a ia a a a ia pa pa a a

1.40 0.20 5 - 40 + 100 + 120 120 ps s s is ia HB - a a ia ia a ia ia ia pa ia a ia a a a ia pa pa a a

1.58 0.17 3 - 20 + 100 + 140 40/80 ps s s is ia HB - a a ia ia a ia ia ia pa ia a ia a a a ia pa pa a a

1.06 0.06 3 - 40 + 95 + 110 80 ps s is ps ia HB - a a ia ia a ia ia ia a ia a ia a a a a pa a a a

1.29 0.06 5 - 20 + 100 + 110 30/70 ps s is ps ia HB - a a ia ia a ia ia ia a ia a ia a a a a pa a a a

bund10 mm Verkürzung10 mm Verkürzung

( a ) Essai de pression( b ) Extrusion 4203 / 4301 - Compression/frittage 4503 / 4501( c ) Usure de la pièce homologue( d ) Polyuréthanes thermoplastiques usinables( e ) Absorption d'humidité selon l'épaisseur de paroi( f ) Disponible aussi comme matière poreuse( g ) Exige une forte pression d'assemblage( h ) Forte déformation selon la dureté

( i ) Absorption d'humidité dans conditions climat. standard (23 °C, 50 % d'humidité d'air relative)( j ) Valeur moyenne dans la plage de température d'utilisation( k ) Durée d'utilisation max. 10 ans à température d'utilisation accrue, 40 °C( l ) Valeur moyenne dépendant des conditions d'exploitation( m ) Selon l'épaisseur de l'échantillon

résistance à l'usure : < 4 très bien, 3 bien, 2 moyen, > 1 faible. valeur p-v : 20 très bonnes prop. tribologiques, 0 très mauv. prop. tribologiques

Bobines d'allumage, boîtes, roues dentées

Roues dentées, galets, glissement, paliers

Boîtiers techniques, éléments de machine

Rouleaux, glissement, construction mécanique

Boîtiers techniques, éléments de machine

Glissement (maintenance réduite)

Glissement (maintenance réduite)

Glissement (à fortes charges)

Glissement (dans l'eau), paliers (à dimensions stables)

Glissement (dans l'eau), paliers (à dimensions stables)

Filtres à carburant, coquilles de coussinet, horlogerie

Poulies, bagues d'insertion, pièces à paroi épaisse

Eléments de glissement (maintenance réduite)

Coussinets (maintenance réduite)

Pièces de glissement/d'usure (température >100 °C)

Pièces de glissement/d'usure (à fortes charges)

Pièces profil. à fortes charges sans glissement

Poulies, rouleaux p. charges lourdes, entraînement

Roues droites, hélicoïdales, à chaîne ; galets-guides

Rouleaux, éléments d'amortissement

Rouleaux, éléments d'amortissement

Rouleaux, éléments d'amortissement

Roues dentées, galets, encliquetage et glissement

Pièces dans atm. explosible ; boîtiers électr.

Pièces dans atm. explosible

Roues dentées, galets, encliquetages/glissements

Guidages, coulisses, glissières

Guidages, coulisses, glissières (maintenance réduite)

Guidages, coulisses, glissières (maintenance réduite)

Interrupteurs, leviers, boîtiers, raccords

Boîtiers électr., tiges de soupape, rouleaux d'appui

Boîtiers électr., tiges de soupape, rouleaux d'appui

sec 95 / - - 3300 - 24 NB 8 - 0.20-0.45 - 1x1013 na humide 55 / - - 1300 - 13 NB - 1x1012

sec 80 / - - / 60 3200 - 20 NB 5 3.5 0.38-0.45 10 1x1013 na humide 54 / - - / 180 1500 - 13 NB 25 1x1012

sec 130 / - - / 3 9500 - 32 NB 15 3 (c) 0.46-0.52 6 1x1012 na humide 100 / - - / 5 6000 - 25 NB 30 1x1010

sec 88 / - - / 40 3200 - 22 NB 5 3.8 0.42 9 1x1013 na humide 61 / - - / 150 1600 - 15 NB 18 1x1012

sec - / 185 - / 3 10000 - 45 50 6 3.2 (c) 0.42-0.5 6 1x1013 na humide - / 130 - / 5 7500 0.65 32 - - 0.5 1x1012

sec 90 / - - / 20 3500 - 22 NB 4 3.9 0.20-0.25 12 1x1013 na humide 55 / - - / >50 1675 - 13 NB - 1x1012

sec 70 / - - / 10 2600 - 17 40 5 4.2 0.2 19 1x1013 na humide 50 / - - / 30 1400 - 12 NB 15 1x1012

sec 230 / 190 - / 2.5 16000 - 47 60 13 4.0 0.38-0.48 16 1x102-1x104 na humide - / 150 - / 6 11000 - 38 70 16 -

sec 42 / 42 6 / 6 1450 - 10 NB 20 3.1 0.32-0.38 - 1x1014 na humide 40 / 40 8 / 8 1230 - 10 NB 23 -

sec 43 / - - / 280 1500 - 11 NB 10 3.2 0.32-0.38 9 1x1013 na humide 36 / - - / 250 1100 - 9 NB - -

sec 70 / 105 - / 12 4000 - 17 70 10 - - - 1x1014 na humide - / - - / - - - - - - -

sec 85 / - - / 20 3400 - 21 NB 5 3.9 0.36-0.43 10 1x1013 na humide 58 / - - / 100 1900 - 14 NB 23 1x1012

sec 78 / - - / 25 3100 - 15 NB 4 4.2 0.15-0.23 9 1x1013 na humide 50 / - - / 30 1500 - 12 NB 15 1x1012

sec 70 / - - / 50 3100 - 17 NB 5 - 0.18 9 1x1013 na humide 50 / - - / 120 1700 - 12 NB 15 0.23 1x1012

sec 83 / - - / 25 3400 - 20 NB 3.5 - 0.36-0.43 - 1x1013 na humide 55 / - - / 50 1650 - 13 NB - 1x1012

sec 81 / - - / 35 3200 - 20 NB 3.5 - - - 1x1013 na humide 50 / - - / 50 1550 - 12 - - 1x1012

sec 80 / - - / 5 5700 - 20 - - - - - 1x1012 na humide 55 / - - / 12 2400 - 13 - - 1x1010

sec 80 / - - / 55 2500 - 20 NB >12 - 0.36 10 1x1013 na humide 55 / - - / 120 1500 - 13 NB NB 0.42 1x1012

sec 60 / - - / 55 2200 - 15 NB >15 - 0.40 - 1x1013 na humide 50 / - - / 120 1800 - 12 - - 1x1012

sec - / 40 - / 550 45-130 - na (h) NB NB - - - 1x109-1013 na

sec 7 / 40 - / 550 45-130 - na (h) NB NB - - - 1x109-1013 na

sec 13 / 55 - / >300 45-130 - na (h) NB NB - - - 1x109-1013 na

sec 65 / - 9 / 30 3000 0.56 16 210 6 3.3 0.30-0.40 10 1x1013 na

sec 40 / - - / 30 1900 - 10 50 4 - - - 1x103 na

sec 42 / - - / 20 1500 - 11 50 4 - - - 1x109 na

sec 75 / - - / 30 3200 0.51 18 NB 9 3.4 0.35 10 1x1015 na

sec 50 / - - / 10 2900 - 12 40 4 4 0.14 - 1x1015 na

sec 43 / - 9 / 10 2200 0.65 11 30 4 4 0.2 18 1x1014 na

sec 35 / - 7 / 8 2000 0.64 9 18 2 4 0.15 20 1x1014 na

sec - / 135 - / 2.5 9200 0.70 33 30 8 2 (c) 0.50-0.60 7 1x1014 na

sec 55 / 50 5 / 30 2300 0.75 12 NB 15 - 0.35 - 1x1015 na

sec - / 105 - / 2 8000 0.83 26 25 8 - - - 1x1015 na

PA4.6

PA6

PA6 GF30

PA6.6

PA6.6 GF30

PA6.6 Mo

PA6.6 + lubrifiant sec

PA6.6 CF20

PA11

PA12

PA12 GF30

PA6 G

PA6 G + lubrifiant sec

PA6 G + huile

PA6 GH

PA6-I G

PA6 G GB

PA6-HI G

PA12 G

PUR

PUR

PUR

POM-C

POM-C els

POM-C ast

POM-H

POM-H + PTFE

POM-C + lubrifiant sec

POM-C + 2 composants

POM-C GF30

PPE

PPE GF30

10-00001_Faigle_FR_Klapp.indd 1-4 12.01.2010 8:22:55 Uhr

Polyamides, extruded

Polyurethanes

Polyamides, cast

Polyoxymethylenes

Polyphenylenethers

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

din abbreviation main aPPliCation

PAS-46

PAS-60

PAS-60 GF30

PAS-80

PAS-80 GF30

PAS-80 Mo

PAS-80 X

PAS-80 CF20

PAS-110

PAS-120

PAS-120 GF30

IGOPAS-C6/100

IGOPAS-C6/100 X

IGOPAS-C6/100 L

IGOPAS-C6/100 HT

IGOPAS-C6/100 Z

IGOPAS-C6/100 GK

IGOPAS-C6/90

IGOPAS-L12/100

PAS-PU 70A

PAS-PU 80A

PAS-PU 90A

PAS-L

PAS-L els

PAS-L ast

PAS-LD

PAS-LD AF

PAS-LX

PAS-LXY

PAS-LG

PAS-PPE

PAS-PPE GF30

going forward.

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

• •

• • •

• •

• • •

• •

• • •

• • •

• •

• •

• • •

• •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• •

• •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• •

7

PROPERTIES

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us

of

elas

tici

ty

Cre

ep t

en-

den

cy

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

4

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

den

sity

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

exp

ansi

on

uv

re

sist

ance

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

5 6

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

-in

g

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

or

wel

din

g

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

1.18 3.70 6 - 40 + 135 + 200 80 - - - - ns HB - s s ns ns s ns ns ns s ns s ns ns s s ns ns ls s s

1.13 3.00 1 - 40 + 88 + 160 90 lr lr r lr s HB - s s ns ns s s ns ls s ls s ns ls s s s s s s s

1.36 2.10 3 - 30 + 120 + 180 23/65 lr lr r lr ns HB - s s ns ns s ns ns ns s ns s ns ls ls ls ls ls ls s s

1.14 2.60 1 - 30 + 95 + 170 80 lr lr r lr s V-2 - s s ns ns s s ns ls s ls s ns ls s s s s s s s

1.35 1.70 3 - 20 + 110 + 200 20/50 lr lr r lr ns HB - s s ns ns s ns ns ns s ns s ns ls ls ls ls ls ls s s

1.15 2.80 2 - 30 + 95 + 170 80 lr lr r r ns HB - s s ns ns s ns ns ls ls ls s ns ls s s ls ls ls s s

1.12 2.20 2 - 30 + 80 + 120 85 nr lr r lr s HB - s s ns ns s ns ns ls ls ls s ns ls s s s ls ls s s

1.23 2.20 11 - 40 + 120 + 240 25/75 nr lr r lr ns HB - s s ns ns s ns ns ns ls ns s ns ls ls ls ls s s s s

1.04 0.90 6 - 50 + 85 + 120 100 lr lr r lr ns V-2 - s s ns ns s - - - s - s ns ls ls ls s s s s s

1.02 0.80 4 - 70 + 110 + 150 120 lr r r lr s HB - s s ns ns s - - - s - s ns s s s s s s s s

1.24 0.50 4 - 70 + 110 + 150 50 lr nr r lr ns HB - s s ns ns s - - - ls - s ns ls ls ls ls ls ls s s

1.15 2.4 (e) 1 - 40 + 90 + 170 80 nr lr r lr s HB - ns ns s ns s s ns ls s ls s ns ls s s s s s s s

1.14 2.2 (e) 1 - 40 + 90 + 170 80 nr lr r lr s HB - ns ns s ns s - ns ls ls ns s ns ls s s s ls ls s s

1.14 1.8 (e) 1 - 40 + 90 + 160 80 nr lr r lr ns HB - ns ns s ns s ns ns ls ns ns s ns ns ns ns ns ns ns ls ls

1.15 2.2 (e) 1 - 40 + 105 + 180 80 nr lr r lr ns HB - ns ns s ns s - - - s - s ns ls ls ls ls ls ls s s

1.15 2.3 (e) 1 - 30 + 90 + 170 80 nr lr r lr ns HB - ns ns s ns s - - - ls - s ns ls ls ls ls ls ls s s

1.22 2.5 (e) 2 - 40 + 90 + 170 60 nr lr r lr ns HB - ns ns s ns s - - - ls - s ns ls ls ls ls ls ls s s

1.13 2.3 (e) 2 - 40 + 105 + 160 70-80 nr lr r lr ns HB - ns ns s ns s - - - ls - s ns ls ls ls ls ls ls s s

1.03 0.9 (e) 8 - 60 + 110 + 150 100-110 lr r r lr ns HB - ns ns s ns s - - - s - s ns s s s s s s s s

1.24 - 5 - 30 + 80 + 100 200 nr lr nr nr ns V-2 - ns (d) ns (d) s ns ls ns ns ns s ns s ls s s s ns s s ns ls

1.24 0.20 5 - 30 + 80 + 100 200 nr lr nr nr ns V-2 - ns (d) ns (d) s ns ls ns ns ns s ns s ls s s s ns s s ns ls

1.24 0.20 5 - 30 + 80 + 100 200 nr lr nr nr ns V-2 - ns (d) ns (d) s ns ls ns ns ns s ns s ls s s s ns s s ns ls

1.41 0.20 1 - 50 + 100 + 140 110 lr r r nr s HB - s s ns ns s s ns ns ls ns s s s s s ns ls ls s s

1.40 0.25 5 - 20 + 100 + 140 130 lr r r lr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.34 0.20 8 - 50 + 85 + 140 170 lr r r nr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.42 0.20 2 - 50 + 90 + 150 100 lr lr r nr s HB - s s ns ns s ns ns ns ls ns s s s s s ns ls ls s s

1.54 0.17 9 - 20 + 90 + 150 105 lr lr r nr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.34 0.20 3 - 40 + 100 + 120 120 lr r r nr s HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.40 0.20 5 - 40 + 100 + 120 120 lr r r nr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.58 0.17 3 - 20 + 100 + 140 40/80 lr r r nr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.06 0.06 3 - 40 + 95 + 110 80 lr r nr lr ns HB - s s ns ns s ns ns ns s ns s ns s s s s ls s s s

1.29 0.06 5 - 20 + 100 + 110 30/70 lr r nr lr ns HB - s s ns ns s ns ns ns s ns s ns s s s s ls s s s

Collar10 mm shortening10 mm shortening

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

Ignition coils, bearing sleeves, gear wheels

Gear wheels, rollers, sliding elements, bearings

Technical enclosures, machine elements

Rollers, sliding elements, machine construction

Technical enclosures, machine elements

Sliding elements (low-maintenance)

Sliding elements (low-maintenance)

Sliding element (highly stressed)

Sliding parts (in water), bearings (dimensionally stable)

Sliding parts (in water), bearings (dimensionally stable)

Fuel filters, bearing shells, clock parts

Rope sheaves, insert rings, thick-walled formed parts

Sliding elements (low-maintenance)

Bearing bushes (low-maintenance)

Sliding & wearing parts >100°C temperature

Sliding & wearing parts (highly stressed)

Highly stressed formed components w/o sliding function

Rope sheaves, heavy-duty rollers, drive elements

Spur gears, worm gears & chain wheels; plain rollers

Rollers, damping elements

Rollers, damping elements

Rollers, damping elements

Gear wheels, rollers, snap elements & sliding elements

Ex-proof components; enclos. f. electr. components

Ex-proof components;

Gear wheels, rollers, snap elements & sliding elements

Sliding bushings, sliding guides, sliding rails

Sliding bushes, sliding guides, sliding rails (low-maint.)

Sliding bushes, sliding guides, sliding rails (low-maint.)

Switches, levers, enclosures, fittings

Enclos. f. electron. comp., valve pistons, supp. rollers

Enclos. f. electron. comp., valve pistons, supp. rollers

Dry 95 / - - 3300 - 24 NB 8 - 0.20-0.45 - 1x1013 na Damp 55 / - - 1300 - 13 NB - 1x1012

Dry 80 / - - / 60 3200 - 20 NB 5 3.5 0.38-0.45 10 1x1013 na Damp 54 / - - / 180 1500 - 13 NB 25 1x1012

Dry 130 / - - / 3 9500 - 32 NB 15 3 (c) 0.46-0.52 6 1x1012 na Damp 100 / - - / 5 6000 - 25 NB 30 1x1010

Dry 88 / - - / 40 3200 - 22 NB 5 3.8 0.42 9 1x1013 na Damp 61 / - - / 150 1600 - 15 NB 18 1x1012

Dry - / 185 - / 3 10000 - 45 50 6 3.2 (c) 0.42-0.5 6 1x1013 na Damp - / 130 - / 5 7500 0.65 32 - - 0.5 1x1012

Dry 90 / - - / 20 3500 - 22 NB 4 3.9 0.20-0.25 12 1x1013 na Damp 55 / - - / >50 1675 - 13 NB - 1x1012

Dry 70 / - - / 10 2600 - 17 40 5 4.2 0.2 19 1x1013 na Damp 50 / - - / 30 1400 - 12 NB 15 1x1012

Dry 230 / 190 - / 2.5 16000 - 47 60 13 4.0 0.38-0.48 16 1x102-1x104 na Damp - / 150 - / 6 11000 - 38 70 16 -

Dry 42 / 42 6 / 6 1450 - 10 NB 20 3.1 0.32-0.38 - 1x1014 na Damp 40 / 40 8 / 8 1230 - 10 NB 23 -

Dry 43 / - - / 280 1500 - 11 NB 10 3.2 0.32-0.38 9 1x1013 na Damp 36 / - - / 250 1100 - 9 NB - -

Dry 70 / 105 - / 12 4000 - 17 70 10 - - - 1x1014 na Damp - / - - / - - - - - - -

Dry 85 / - - / 20 3400 - 21 NB 5 3.9 0.36-0.43 10 1x1013 na Damp 58 / - - / 100 1900 - 14 NB 23 1x1012

Dry 78 / - - / 25 3100 - 15 NB 4 4.2 0.15-0.23 9 1x1013 na Damp 50 / - - / 30 1500 - 12 NB 15 1x1012

Dry 70 / - - / 50 3100 - 17 NB 5 - 0.18 9 1x1013 na Damp 50 / - - / 120 1700 - 12 NB 15 0.23 1x1012

Dry 83 / - - / 25 3400 - 20 NB 3.5 - 0.36-0.43 - 1x1013 na Damp 55 / - - / 50 1650 - 13 NB - 1x1012

Dry 81 / - - / 35 3200 - 20 NB 3.5 - - - 1x1013 na Damp 50 / - - / 50 1550 - 12 - - 1x1012

Dry 80 / - - / 5 5700 - 20 - - - - - 1x1012 na Damp 55 / - - / 12 2400 - 13 - - 1x1010

Dry 80 / - - / 55 2500 - 20 NB >12 - 0.36 10 1x1013 na Damp 55 / - - / 120 1500 - 13 NB NB 0.42 1x1012

Dry 60 / - - / 55 2200 - 15 NB >15 - 0.40 - 1x1013 na Damp 50 / - - / 120 1800 - 12 - - 1x1012

Dry - / 40 - / 550 45-130 - na (h) NB NB - - - 1x109-1013 na

Dry 7 / 40 - / 550 45-130 - na (h) NB NB - - - 1x109-1013 na

Dry 13 / 55 - / >300 45-130 - na (h) NB NB - - - 1x109-1013 na

Dry 65 / - 9 / 30 3000 0.56 16 210 6 3.3 0.30-0.40 10 1x1013 na

Dry 40 / - - / 30 1900 - 10 50 4 - - - 1x103 na

Dry 42 / - - / 20 1500 - 11 50 4 - - - 1x109 na

Dry 75 / - - / 30 3200 0.51 18 NB 9 3.4 0.35 10 1x1015 na

Dry 50 / - - / 10 2900 - 12 40 4 4 0.14 - 1x1015 na

Dry 43 / - 9 / 10 2200 0.65 11 30 4 4 0.2 18 1x1014 na

Dry 35 / - 7 / 8 2000 0.64 9 18 2 4 0.15 20 1x1014 na

Dry - / 135 - / 2.5 9200 0.70 33 30 8 2 (c) 0.50-0.60 7 1x1014 na

Dry 55 / 50 5 / 30 2300 0.75 12 NB 15 - 0.35 - 1x1015 na

Dry - / 105 - / 2 8000 0.83 26 25 8 - - - 1x1015 na

PA4.6

PA6

PA6 GF30

PA6.6

PA6.6 GF30

PA6.6 Mo

PA6.6 + dry lubricant

PA6.6 CF20

PA11

PA12

PA12 GF30

PA6 G

PA6 G + dry lubricant

PA6 G + oil

PA6 GH

PA6-I G

PA6 G GB

PA6-HI G

PA12 G

PUR

PUR

PUR

POM-C

POM-C els

POM-C ast

POM-H

POM-H + PTFE

POM-C + dry lubricant.

POM-C + 2-component

POM-C GF30

PPE

PPE GF30

10-00001_Faigle_EN_Klapp.indd 1-4 11.01.2010 8:28:20 Uhr

Polyamides, extruded

Polyurethanes

Polyamides, cast

Polyoxymethylenes

Polyphenylenethers

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

din abbreviation main aPPliCation

PAS-46

PAS-60

PAS-60 GF30

PAS-80

PAS-80 GF30

PAS-80 Mo

PAS-80 X

PAS-80 CF20

PAS-110

PAS-120

PAS-120 GF30

IGOPAS-C6/100

IGOPAS-C6/100 X

IGOPAS-C6/100 L

IGOPAS-C6/100 HT

IGOPAS-C6/100 Z

IGOPAS-C6/100 GK

IGOPAS-C6/90

IGOPAS-L12/100

PAS-PU 70A

PAS-PU 80A

PAS-PU 90A

PAS-L

PAS-L els

PAS-L ast

PAS-LD

PAS-LD AF

PAS-LX

PAS-LXY

PAS-LG

PAS-PPE

PAS-PPE GF30

going forward.

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

• •

• • •

• •

• • •

• •

• • •

• • •

• •

• •

• • •

• •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• •

• •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• •

7

PROPERTIES

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us

of

elas

tici

ty

Cre

ep t

en-

den

cy

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

4

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

den

sity

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

exp

ansi

on

uv

re

sist

ance

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

5 6

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

-in

g

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

or

wel

din

g

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

1.18 3.70 6 - 40 + 135 + 200 80 - - - - ns HB - s s ns ns s ns ns ns s ns s ns ns s s ns ns ls s s

1.13 3.00 1 - 40 + 88 + 160 90 lr lr r lr s HB - s s ns ns s s ns ls s ls s ns ls s s s s s s s

1.36 2.10 3 - 30 + 120 + 180 23/65 lr lr r lr ns HB - s s ns ns s ns ns ns s ns s ns ls ls ls ls ls ls s s

1.14 2.60 1 - 30 + 95 + 170 80 lr lr r lr s V-2 - s s ns ns s s ns ls s ls s ns ls s s s s s s s

1.35 1.70 3 - 20 + 110 + 200 20/50 lr lr r lr ns HB - s s ns ns s ns ns ns s ns s ns ls ls ls ls ls ls s s

1.15 2.80 2 - 30 + 95 + 170 80 lr lr r r ns HB - s s ns ns s ns ns ls ls ls s ns ls s s ls ls ls s s

1.12 2.20 2 - 30 + 80 + 120 85 nr lr r lr s HB - s s ns ns s ns ns ls ls ls s ns ls s s s ls ls s s

1.23 2.20 11 - 40 + 120 + 240 25/75 nr lr r lr ns HB - s s ns ns s ns ns ns ls ns s ns ls ls ls ls s s s s

1.04 0.90 6 - 50 + 85 + 120 100 lr lr r lr ns V-2 - s s ns ns s - - - s - s ns ls ls ls s s s s s

1.02 0.80 4 - 70 + 110 + 150 120 lr r r lr s HB - s s ns ns s - - - s - s ns s s s s s s s s

1.24 0.50 4 - 70 + 110 + 150 50 lr nr r lr ns HB - s s ns ns s - - - ls - s ns ls ls ls ls ls ls s s

1.15 2.4 (e) 1 - 40 + 90 + 170 80 nr lr r lr s HB - ns ns s ns s s ns ls s ls s ns ls s s s s s s s

1.14 2.2 (e) 1 - 40 + 90 + 170 80 nr lr r lr s HB - ns ns s ns s - ns ls ls ns s ns ls s s s ls ls s s

1.14 1.8 (e) 1 - 40 + 90 + 160 80 nr lr r lr ns HB - ns ns s ns s ns ns ls ns ns s ns ns ns ns ns ns ns ls ls

1.15 2.2 (e) 1 - 40 + 105 + 180 80 nr lr r lr ns HB - ns ns s ns s - - - s - s ns ls ls ls ls ls ls s s

1.15 2.3 (e) 1 - 30 + 90 + 170 80 nr lr r lr ns HB - ns ns s ns s - - - ls - s ns ls ls ls ls ls ls s s

1.22 2.5 (e) 2 - 40 + 90 + 170 60 nr lr r lr ns HB - ns ns s ns s - - - ls - s ns ls ls ls ls ls ls s s

1.13 2.3 (e) 2 - 40 + 105 + 160 70-80 nr lr r lr ns HB - ns ns s ns s - - - ls - s ns ls ls ls ls ls ls s s

1.03 0.9 (e) 8 - 60 + 110 + 150 100-110 lr r r lr ns HB - ns ns s ns s - - - s - s ns s s s s s s s s

1.24 - 5 - 30 + 80 + 100 200 nr lr nr nr ns V-2 - ns (d) ns (d) s ns ls ns ns ns s ns s ls s s s ns s s ns ls

1.24 0.20 5 - 30 + 80 + 100 200 nr lr nr nr ns V-2 - ns (d) ns (d) s ns ls ns ns ns s ns s ls s s s ns s s ns ls

1.24 0.20 5 - 30 + 80 + 100 200 nr lr nr nr ns V-2 - ns (d) ns (d) s ns ls ns ns ns s ns s ls s s s ns s s ns ls

1.41 0.20 1 - 50 + 100 + 140 110 lr r r nr s HB - s s ns ns s s ns ns ls ns s s s s s ns ls ls s s

1.40 0.25 5 - 20 + 100 + 140 130 lr r r lr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.34 0.20 8 - 50 + 85 + 140 170 lr r r nr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.42 0.20 2 - 50 + 90 + 150 100 lr lr r nr s HB - s s ns ns s ns ns ns ls ns s s s s s ns ls ls s s

1.54 0.17 9 - 20 + 90 + 150 105 lr lr r nr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.34 0.20 3 - 40 + 100 + 120 120 lr r r nr s HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.40 0.20 5 - 40 + 100 + 120 120 lr r r nr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.58 0.17 3 - 20 + 100 + 140 40/80 lr r r nr ns HB - s s ns ns s ns ns ns ls ns s ns s s s ns ls ls s s

1.06 0.06 3 - 40 + 95 + 110 80 lr r nr lr ns HB - s s ns ns s ns ns ns s ns s ns s s s s ls s s s

1.29 0.06 5 - 20 + 100 + 110 30/70 lr r nr lr ns HB - s s ns ns s ns ns ns s ns s ns s s s s ls s s s

Collar10 mm shortening10 mm shortening

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

Ignition coils, bearing sleeves, gear wheels

Gear wheels, rollers, sliding elements, bearings

Technical enclosures, machine elements

Rollers, sliding elements, machine construction

Technical enclosures, machine elements

Sliding elements (low-maintenance)

Sliding elements (low-maintenance)

Sliding element (highly stressed)

Sliding parts (in water), bearings (dimensionally stable)

Sliding parts (in water), bearings (dimensionally stable)

Fuel filters, bearing shells, clock parts

Rope sheaves, insert rings, thick-walled formed parts

Sliding elements (low-maintenance)

Bearing bushes (low-maintenance)

Sliding & wearing parts >100°C temperature

Sliding & wearing parts (highly stressed)

Highly stressed formed components w/o sliding function

Rope sheaves, heavy-duty rollers, drive elements

Spur gears, worm gears & chain wheels; plain rollers

Rollers, damping elements

Rollers, damping elements

Rollers, damping elements

Gear wheels, rollers, snap elements & sliding elements

Ex-proof components; enclos. f. electr. components

Ex-proof components;

Gear wheels, rollers, snap elements & sliding elements

Sliding bushings, sliding guides, sliding rails

Sliding bushes, sliding guides, sliding rails (low-maint.)

Sliding bushes, sliding guides, sliding rails (low-maint.)

Switches, levers, enclosures, fittings

Enclos. f. electron. comp., valve pistons, supp. rollers

Enclos. f. electron. comp., valve pistons, supp. rollers

Dry 95 / - - 3300 - 24 NB 8 - 0.20-0.45 - 1x1013 na Damp 55 / - - 1300 - 13 NB - 1x1012

Dry 80 / - - / 60 3200 - 20 NB 5 3.5 0.38-0.45 10 1x1013 na Damp 54 / - - / 180 1500 - 13 NB 25 1x1012

Dry 130 / - - / 3 9500 - 32 NB 15 3 (c) 0.46-0.52 6 1x1012 na Damp 100 / - - / 5 6000 - 25 NB 30 1x1010

Dry 88 / - - / 40 3200 - 22 NB 5 3.8 0.42 9 1x1013 na Damp 61 / - - / 150 1600 - 15 NB 18 1x1012

Dry - / 185 - / 3 10000 - 45 50 6 3.2 (c) 0.42-0.5 6 1x1013 na Damp - / 130 - / 5 7500 0.65 32 - - 0.5 1x1012

Dry 90 / - - / 20 3500 - 22 NB 4 3.9 0.20-0.25 12 1x1013 na Damp 55 / - - / >50 1675 - 13 NB - 1x1012

Dry 70 / - - / 10 2600 - 17 40 5 4.2 0.2 19 1x1013 na Damp 50 / - - / 30 1400 - 12 NB 15 1x1012

Dry 230 / 190 - / 2.5 16000 - 47 60 13 4.0 0.38-0.48 16 1x102-1x104 na Damp - / 150 - / 6 11000 - 38 70 16 -

Dry 42 / 42 6 / 6 1450 - 10 NB 20 3.1 0.32-0.38 - 1x1014 na Damp 40 / 40 8 / 8 1230 - 10 NB 23 -

Dry 43 / - - / 280 1500 - 11 NB 10 3.2 0.32-0.38 9 1x1013 na Damp 36 / - - / 250 1100 - 9 NB - -

Dry 70 / 105 - / 12 4000 - 17 70 10 - - - 1x1014 na Damp - / - - / - - - - - - -

Dry 85 / - - / 20 3400 - 21 NB 5 3.9 0.36-0.43 10 1x1013 na Damp 58 / - - / 100 1900 - 14 NB 23 1x1012

Dry 78 / - - / 25 3100 - 15 NB 4 4.2 0.15-0.23 9 1x1013 na Damp 50 / - - / 30 1500 - 12 NB 15 1x1012

Dry 70 / - - / 50 3100 - 17 NB 5 - 0.18 9 1x1013 na Damp 50 / - - / 120 1700 - 12 NB 15 0.23 1x1012

Dry 83 / - - / 25 3400 - 20 NB 3.5 - 0.36-0.43 - 1x1013 na Damp 55 / - - / 50 1650 - 13 NB - 1x1012

Dry 81 / - - / 35 3200 - 20 NB 3.5 - - - 1x1013 na Damp 50 / - - / 50 1550 - 12 - - 1x1012

Dry 80 / - - / 5 5700 - 20 - - - - - 1x1012 na Damp 55 / - - / 12 2400 - 13 - - 1x1010

Dry 80 / - - / 55 2500 - 20 NB >12 - 0.36 10 1x1013 na Damp 55 / - - / 120 1500 - 13 NB NB 0.42 1x1012

Dry 60 / - - / 55 2200 - 15 NB >15 - 0.40 - 1x1013 na Damp 50 / - - / 120 1800 - 12 - - 1x1012

Dry - / 40 - / 550 45-130 - na (h) NB NB - - - 1x109-1013 na

Dry 7 / 40 - / 550 45-130 - na (h) NB NB - - - 1x109-1013 na

Dry 13 / 55 - / >300 45-130 - na (h) NB NB - - - 1x109-1013 na

Dry 65 / - 9 / 30 3000 0.56 16 210 6 3.3 0.30-0.40 10 1x1013 na

Dry 40 / - - / 30 1900 - 10 50 4 - - - 1x103 na

Dry 42 / - - / 20 1500 - 11 50 4 - - - 1x109 na

Dry 75 / - - / 30 3200 0.51 18 NB 9 3.4 0.35 10 1x1015 na

Dry 50 / - - / 10 2900 - 12 40 4 4 0.14 - 1x1015 na

Dry 43 / - 9 / 10 2200 0.65 11 30 4 4 0.2 18 1x1014 na

Dry 35 / - 7 / 8 2000 0.64 9 18 2 4 0.15 20 1x1014 na

Dry - / 135 - / 2.5 9200 0.70 33 30 8 2 (c) 0.50-0.60 7 1x1014 na

Dry 55 / 50 5 / 30 2300 0.75 12 NB 15 - 0.35 - 1x1015 na

Dry - / 105 - / 2 8000 0.83 26 25 8 - - - 1x1015 na

PA4.6

PA6

PA6 GF30

PA6.6

PA6.6 GF30

PA6.6 Mo

PA6.6 + dry lubricant

PA6.6 CF20

PA11

PA12

PA12 GF30

PA6 G

PA6 G + dry lubricant

PA6 G + oil

PA6 GH

PA6-I G

PA6 G GB

PA6-HI G

PA12 G

PUR

PUR

PUR

POM-C

POM-C els

POM-C ast

POM-H

POM-H + PTFE

POM-C + dry lubricant.

POM-C + 2-component

POM-C GF30

PPE

PPE GF30

10-00001_Faigle_EN_Klapp.indd 1-4 11.01.2010 8:28:20 Uhr

Polyalkylenterephthalates

Polyethylenes

Polypropylenes

Polymethylmethacrylates

Polycarbonates

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

main aPPliCation

going forward.

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

• • •

• •

•

• • •

• •

• •

•

•

• • •

• •

• •

• •

• • •

• • •

• •

•

•

• • •

• •

• •

• •

•

•

•

•

• • •

• •

•

•

• • •

•

• • •

PROPERTIES

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us o

f el

asti

city

Cre

ep

tend

ency

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

den

sity

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

exp

ansi

on

uv

re

sist

ance

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

-in

g

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

orw

eld

ing

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

0.95 <0.01 1 - 50 + 80 + 100 150-200 r r lr nr s HB B2 s s ls s s ls s ls ls ls s s s s ls ls ls ls s s

0.95 <0.01 1 - 100 + 80 + 100 150-200 r r lr nr s HB B2 s s ns s s ls ls ls ls ls s s s (s) s ls ls ls ls s s

0.95 <0.01 1 - 80 + 80 + 100 150-200 r r lr nr s HB B2 s s ns s s ls ns ls ls ls s s s (s) s ls ls ls ls s s

0.93 <0.01 1 - 250 + 80 + 100 200 r r r nr s HB B2 ls ns ns s (f) s ls ns ls ls ls s ns s (s) ls ls ns ns ls s ls

0.95 <0.01 1 - 150 + 80 + 90 200 r r r r s HB B2 ns ns ns s s ls ns ls ls ls s ns s (s) ls ls ns ns ls s ls

0.99 <0.01 2 - 200 + 80 + 100 200 r r r r ns V-0 - ns ns ns s s ns ns ls ls ls s ns ls ls ls ns ns ls s ls

0.96 <0.01 2 - 250 + 80 + 130 150 r r r nr ns HB B2 ns ns ns s s ns ns ns ls ls s ns ls ls ls ns ns ls s ls

0.94 <0.01 1 - 150 + 80 + 100 200 r r r nr ns HB B2 ls ns ns s s ls ns ls ls ls s ns s ls ls ns ns ls s ls

0.91 <0.01 1 - 5 + 100 + 130 100-200 r r lr nr s HB B2 s s ns s s s ls ls ls ls s s s s ls ls ls ls s s

0.95 <0.02 4 - 5 + 100 + 120 180 r r lr r ns HB B2 s s ns s s s s s ls ls s s s s ls ls ls ls s s

1.14 <0.01 3 - 5 + 100 + 140 70 / 70 r r lr nr ls HB B2 s s ns s s ls ns ns ls ls s s s ls ls ls ls ls s s

0.94 <0.01 1 0 + 100 + 150 100-200 r r lr nr ns V-2 B1 s s ns s s s s s ls ls s s s s ls ls ls ls s s

1.38 0.25 1 - 20 + 115 + 180 60 lr lr lr lr s HB - s s ns ns s s ns ns s ns s ns ls s s ns ns ls s s

1.44 0.23 3 - 20 + 115 + 180 65 lr lr lr lr s HB - s s ns ns s ns ns ns s ns s ns ls s s ns ns ls s s

1.53 0.15 5 - 50 + 140 + 200 30 / - lr lr lr lr ns HB - s s ns ns s ns ns ns s ns s ls s s s ls ls s s s

1.27 0.15 1 - 40 + 60 + 80 68 lr nr lr r s HB B1 s s ns ns s ls s s s s s s ls s s s ls s s s

1.34 0.11 1 - 40 + 60 + 75 60 lr nr lr r s V-2 B1 s s ns ns s ls s s ls ls s ns ls s s ns ns ls s s

1.20 0.15 1 - 50 + 120 + 140 70 lr nr nr nr ns V-2 B1 s s ns ns s ns s s s ls s ns s s s s ls ls s s

1.20 0.20 2 - 50 + 120 + 140 70 lr nr nr lr s HB - s s ns ns s ns s s s ns s ns s s s ls ls ls s s

1.35 0.12 4 - 30 + 120 + 145 30 / - lr nr nr lr ns V-1 - s s ns ns s ns ns s s ns s ns s s s ls ls ls s s

1.43 0.10 4 - 30 + 120 + 145 30 / - lr nr nr lr ns V-1 - s s ns ns s ns ns s s ns s ns s s s ls ls ls s s

1.20 0.15 5 - 50 + 120 + 140 70 lr nr nr r ns - B2 ns s ns ns s ns ns ls ns ls s ns ns ns ns ns ns ls s s

1.20 0.15 13 - 50 + 115 + 130 70 lr lr nr r ns - B2 s s ns ns s ns ns ls ns ls s ns ns ns ns ns ns ls s s

1.20 0.15 1 - 50 + 120 + 140 70 lr nr nr r ns - B1 ns s ns ns s ns ls ls ls ls s ns ns ns ns ns ns ls s s

1.20 0.15 2 - 50 + 120 + 140 70 lr nr nr nr ns V-0 B1 s s ns ns s ns s s s ls s ns ls ns ls ls ns ls s s

1.20 0.60 1 - 40 + 70 + 95 80 lr lr nr r s HB B2 ns s ns ns s s s s s s s ns s s s s ns ns ls ls

1.19 0.60 2 - 40 + 70 + 95 63 lr lr nr r ns HB B2 ns s ns ns s ns ns s s ls s ns s s s s ns ls ls ls

1.20 0.60 1 - 40 + 70 + 95 80 lr lr nr r ns HB B2 ns s ns ns s s s s s s s ns s s s s ns ns ls ls

1.20 0.60 2 - 40 + 70 + 95 80 lr lr nr r ns HB B2 ns s ns ns s s ns s s ls s ns ns ns ls s ns ls ls ls

1.20 0.17 1 - 40 + 80 + 100 80 lr lr nr r s HB B2 ns ns s ns s s ls s s s s ns s s s s ns ls ls ls

1.20 0.17 1 - 40 + 80 + 100 80 lr lr nr r s HB B2 ns ns s ns s ns ls s s s s ns s s s s ns ls ls ls

1.20 0.17 1 - 40 + 80 + 100 80 lr lr nr r s HB B2 ns ns s ns s s ls s s s s ns s s s s ns ls ls ls

Collar10 mm shortening10 mm shortening

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

Dry 23 / 32 10 / >400 1100 0.37 6 NB 15 2.1 0.30 4 1x1014 na

Dry 28 / 36 8 / >600 1000 0.37 7 NB 29 3.4 0.30 5 1x1014 na

Dry 25 / - 8 / >500 1050 0.37 6 NB 25 - 0.30 - 1x1014 na

Compressed 17 / 37 15 / >350 680 0.51 5 NB 130 4.0 0.24 6 1x1012 na

Compressed 22 / >30 11 / >300 700 - 5 NB >100 - 0.20 - 0.30 - 1x109 na

Compressed 20 / - 10 / >150 700 - 5 NB 80 - 0.25 - 1x104 na

Compressed 22 / 40 10 / >350 800 - 5 - NB - 0.12 - 1x1012 na

Compressed 22 / 36 12 / >200 700 - 5 NB >100 3.7 0.15 4 1x1012 na Dry 34 / - 8 / >300 1300 0.47 8 NB 11 1.1 0.30-0.40 2 1x1014 na Damp 32 / - 8 / >300 1300 0.47 8 NB 11

Dry 26 / 18 11 / 27 1200 - 6 NB 32 - - - <1x106 na

Dry 57 / 85 - / 3 6500 0.72 14 22 6 - 0.50 - 1x1013 na

Dry 32 / >50 14 / 70 1300 0.47 8 NB 6 - - - 1x1015 na

Dry 85 / - - / 15 3200 - 21 50 3 3.5 0.25 17 1x1014 na

Dry 75 / - - / 7 2600 - 18 30 2.5 4 0.15 - 0.2 - 1x1014 na

Dry - / 135 - / 2.5 10000 0.73 33 65 11 3 (c) 0.58 - 0.65 7 1x1015 na

Dry 53 / 26 4.5 / >200 2200 - 13 NB 10 0 - - 1x1015 88

Dry 59 / NB 4.5 / NB 2420 - 14 NB 4.4 0 - - 1x1015 89

Dry 63 / 70 6 / 110 2300 0.81 15 NB 11 0 0.52 - 0.58 - 1x1015 88

Dry 65 / 69 6 / 80 2400 0.81 16 NB 9 0 0.52 - 0.58 - 1x1015 na

Dry - / 100 - / 3.2 5600 0.92 25 45 8 0 - - 1x1014 na

Dry - / 130 - / 2.5 7500 0.93 32 45 8 0 - - 1x1014 na

Dry 60 / 70 6 / 100 2400 0.81 15 NB 11 0 - - 1x1015 88

Dry 63 / 70 6 / 110 2300 0.81 15 NB 11 0 - - 1x1015 88

Dry 60 / 70 6 / 100 2400 0.81 15 NB 11 0 - - 1x1015 87

Dry 63 / 65 6 / 110 2350 0.81 15 NB 11 0 - - 1x1015 86

Dry - / 83 - / 5 3200 0.79 20 20 2 0 0.45 - 0.54 - 1x1013 92

Dry - / 65 - / 2.5 3400 0.79 16 17 1.7 0 - - 1x1013 81

Dry - / 83 - / 5 3200 0.79 20 20 2 0 - - 1x1013 -

Dry - / 83 - / 5 3200 0.79 16 20 2 0 - - 1x1013 -

Dry - / 67-75 - / 4-6 2800 - 3200 0.79 18 12 - 26 2 0 0.45 - 0.54 - 1x1014 92

Dry - / 67-75 - / 4-6 2800 - 3200 0.79 18 12 - 26 2 0 - - 1x1014 -

Dry - / 67-75 - / 4-6 2800 - 3200 0.79 18 12 - 26 2 0 - - 1x1014 -

118 9 10

PAS-PE3

PAS-PE5

PAS-PE5 Reg.

PAS-PE10

PAS-PE10 ast

PAS-PE10 F

PAS-PE10 GK

PAS-PE10 Reg.

PAS-PP

PAS-PP els

PAS-PP GF30

PAS-PPs

PAS-POT/E

PAS-POT/Y

PAS-POT/B GF30

PAS-POT/G transp.

PAS-POT/H transp.

PAS-PC

PAS-PC industrial quality

PAS-PC GF20

PAS-PC GF30

PAS-PC Dura

PAS-PC Dura plus

PAS-PC Sunlife

PAS-PC F

PAS-PMMA XT

PAS-PMMA XT Diffusor

PAS-PMMA XT Fluorine

PAS-PMMA XT Mirror

PAS-PMMA GS

PAS-PMMA GS Antireflex

PAS-PMMA GS Fluorine

Enclosures, food applications, equipm. construction

Enclosures, food applications, sliding elements

Enclosures, food applications, sliding elements

Chain guides, sliding elements, chutes

Sliding parts in ex areas, conveying troughs

Traffic technology, mining, facing/lining

Highly stressed facing/lining (mines, bulk goods)

Chain guides, sliding elements, chutes

Container constr., chemical indust., daily use items

Pumps, coating & electroplating technology

Air filters, fan vanes, stressed fittings

Container constr., chemical indust., daily use items

Precision sliding parts

Precision sliding parts (low-maintenance)

Enclosures, cyl./rollers, contact strips, supp. rings

Displays, security glass, advertising systems

Displays, security glass, advertising systems

Safety screens, safety glazing

Isolators, inspection glasses, collecting pipes/manifolds

Isolators, connector strips, coil bodies

Isolators, connector strips, coil bodies

Flat glazing (anti-graffiti, wear resistant)

Protective visors, safety automotive glass

Windows, telephone boxes, greenhouses

Aircraft/vehicle construction, electrical equipment

Dome lights, glazing, lamps

Illuminated surfaces, trade fair constr., glazing

Advertising technology, displays, furniture

Lamps, ceiling lights, reflectors

Glazing, machine covers

Glazing, advertising technology, furniture

Advertising technology, displays, furniture

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

din abbreviation

PE-HD

PE-HMW

PE-HMW Reg.

PE-UHMW

PE-UHMW ast

PE-UHMW F

PE-UHMW GB

PE-UHMW Reg.

PP-H

PP-H els

PP-H GF30

PP-H F

PET-C

PET mod

PBT GF30

PET-G

PET-A

PC

PC

PC GF20

PC GF30

PC

PC

PC

PC F

PMMA

PMMA

PMMA

PMMA

PMMA G

PMMA G

PMMA G

10-00001_Faigle_EN_Klapp.indd 5-8 11.01.2010 8:28:21 Uhr

Polyalkylenterephthalates

Polyethylenes

Polypropylenes

Polymethylmethacrylates

Polycarbonates

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

main aPPliCation

going forward.

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

• • •

• •

•

• • •

• •

• •

•

•

• • •

• •

• •

• •

• • •

• • •

• •

•

•

• • •

• •

• •

• •

•

•

•

•

• • •

• •

•

•

• • •

•

• • •

PROPERTIES

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us o

f el

asti

city

Cre

ep

tend

ency

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

den

sity

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

exp

ansi

on

uv

re

sist

ance

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

-in

g

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

orw

eld

ing

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

0.95 <0.01 1 - 50 + 80 + 100 150-200 r r lr nr s HB B2 s s ls s s ls s ls ls ls s s s s ls ls ls ls s s

0.95 <0.01 1 - 100 + 80 + 100 150-200 r r lr nr s HB B2 s s ns s s ls ls ls ls ls s s s (s) s ls ls ls ls s s

0.95 <0.01 1 - 80 + 80 + 100 150-200 r r lr nr s HB B2 s s ns s s ls ns ls ls ls s s s (s) s ls ls ls ls s s

0.93 <0.01 1 - 250 + 80 + 100 200 r r r nr s HB B2 ls ns ns s (f) s ls ns ls ls ls s ns s (s) ls ls ns ns ls s ls

0.95 <0.01 1 - 150 + 80 + 90 200 r r r r s HB B2 ns ns ns s s ls ns ls ls ls s ns s (s) ls ls ns ns ls s ls

0.99 <0.01 2 - 200 + 80 + 100 200 r r r r ns V-0 - ns ns ns s s ns ns ls ls ls s ns ls ls ls ns ns ls s ls

0.96 <0.01 2 - 250 + 80 + 130 150 r r r nr ns HB B2 ns ns ns s s ns ns ns ls ls s ns ls ls ls ns ns ls s ls

0.94 <0.01 1 - 150 + 80 + 100 200 r r r nr ns HB B2 ls ns ns s s ls ns ls ls ls s ns s ls ls ns ns ls s ls

0.91 <0.01 1 - 5 + 100 + 130 100-200 r r lr nr s HB B2 s s ns s s s ls ls ls ls s s s s ls ls ls ls s s

0.95 <0.02 4 - 5 + 100 + 120 180 r r lr r ns HB B2 s s ns s s s s s ls ls s s s s ls ls ls ls s s

1.14 <0.01 3 - 5 + 100 + 140 70 / 70 r r lr nr ls HB B2 s s ns s s ls ns ns ls ls s s s ls ls ls ls ls s s

0.94 <0.01 1 0 + 100 + 150 100-200 r r lr nr ns V-2 B1 s s ns s s s s s ls ls s s s s ls ls ls ls s s

1.38 0.25 1 - 20 + 115 + 180 60 lr lr lr lr s HB - s s ns ns s s ns ns s ns s ns ls s s ns ns ls s s

1.44 0.23 3 - 20 + 115 + 180 65 lr lr lr lr s HB - s s ns ns s ns ns ns s ns s ns ls s s ns ns ls s s

1.53 0.15 5 - 50 + 140 + 200 30 / - lr lr lr lr ns HB - s s ns ns s ns ns ns s ns s ls s s s ls ls s s s

1.27 0.15 1 - 40 + 60 + 80 68 lr nr lr r s HB B1 s s ns ns s ls s s s s s s ls s s s ls s s s

1.34 0.11 1 - 40 + 60 + 75 60 lr nr lr r s V-2 B1 s s ns ns s ls s s ls ls s ns ls s s ns ns ls s s

1.20 0.15 1 - 50 + 120 + 140 70 lr nr nr nr ns V-2 B1 s s ns ns s ns s s s ls s ns s s s s ls ls s s

1.20 0.20 2 - 50 + 120 + 140 70 lr nr nr lr s HB - s s ns ns s ns s s s ns s ns s s s ls ls ls s s

1.35 0.12 4 - 30 + 120 + 145 30 / - lr nr nr lr ns V-1 - s s ns ns s ns ns s s ns s ns s s s ls ls ls s s

1.43 0.10 4 - 30 + 120 + 145 30 / - lr nr nr lr ns V-1 - s s ns ns s ns ns s s ns s ns s s s ls ls ls s s

1.20 0.15 5 - 50 + 120 + 140 70 lr nr nr r ns - B2 ns s ns ns s ns ns ls ns ls s ns ns ns ns ns ns ls s s

1.20 0.15 13 - 50 + 115 + 130 70 lr lr nr r ns - B2 s s ns ns s ns ns ls ns ls s ns ns ns ns ns ns ls s s

1.20 0.15 1 - 50 + 120 + 140 70 lr nr nr r ns - B1 ns s ns ns s ns ls ls ls ls s ns ns ns ns ns ns ls s s

1.20 0.15 2 - 50 + 120 + 140 70 lr nr nr nr ns V-0 B1 s s ns ns s ns s s s ls s ns ls ns ls ls ns ls s s

1.20 0.60 1 - 40 + 70 + 95 80 lr lr nr r s HB B2 ns s ns ns s s s s s s s ns s s s s ns ns ls ls

1.19 0.60 2 - 40 + 70 + 95 63 lr lr nr r ns HB B2 ns s ns ns s ns ns s s ls s ns s s s s ns ls ls ls

1.20 0.60 1 - 40 + 70 + 95 80 lr lr nr r ns HB B2 ns s ns ns s s s s s s s ns s s s s ns ns ls ls

1.20 0.60 2 - 40 + 70 + 95 80 lr lr nr r ns HB B2 ns s ns ns s s ns s s ls s ns ns ns ls s ns ls ls ls

1.20 0.17 1 - 40 + 80 + 100 80 lr lr nr r s HB B2 ns ns s ns s s ls s s s s ns s s s s ns ls ls ls

1.20 0.17 1 - 40 + 80 + 100 80 lr lr nr r s HB B2 ns ns s ns s ns ls s s s s ns s s s s ns ls ls ls

1.20 0.17 1 - 40 + 80 + 100 80 lr lr nr r s HB B2 ns ns s ns s s ls s s s s ns s s s s ns ls ls ls

Collar10 mm shortening10 mm shortening

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

Dry 23 / 32 10 / >400 1100 0.37 6 NB 15 2.1 0.30 4 1x1014 na

Dry 28 / 36 8 / >600 1000 0.37 7 NB 29 3.4 0.30 5 1x1014 na

Dry 25 / - 8 / >500 1050 0.37 6 NB 25 - 0.30 - 1x1014 na

Compressed 17 / 37 15 / >350 680 0.51 5 NB 130 4.0 0.24 6 1x1012 na

Compressed 22 / >30 11 / >300 700 - 5 NB >100 - 0.20 - 0.30 - 1x109 na

Compressed 20 / - 10 / >150 700 - 5 NB 80 - 0.25 - 1x104 na

Compressed 22 / 40 10 / >350 800 - 5 - NB - 0.12 - 1x1012 na

Compressed 22 / 36 12 / >200 700 - 5 NB >100 3.7 0.15 4 1x1012 na Dry 34 / - 8 / >300 1300 0.47 8 NB 11 1.1 0.30-0.40 2 1x1014 na Damp 32 / - 8 / >300 1300 0.47 8 NB 11

Dry 26 / 18 11 / 27 1200 - 6 NB 32 - - - <1x106 na

Dry 57 / 85 - / 3 6500 0.72 14 22 6 - 0.50 - 1x1013 na

Dry 32 / >50 14 / 70 1300 0.47 8 NB 6 - - - 1x1015 na

Dry 85 / - - / 15 3200 - 21 50 3 3.5 0.25 17 1x1014 na

Dry 75 / - - / 7 2600 - 18 30 2.5 4 0.15 - 0.2 - 1x1014 na

Dry - / 135 - / 2.5 10000 0.73 33 65 11 3 (c) 0.58 - 0.65 7 1x1015 na

Dry 53 / 26 4.5 / >200 2200 - 13 NB 10 0 - - 1x1015 88

Dry 59 / NB 4.5 / NB 2420 - 14 NB 4.4 0 - - 1x1015 89

Dry 63 / 70 6 / 110 2300 0.81 15 NB 11 0 0.52 - 0.58 - 1x1015 88

Dry 65 / 69 6 / 80 2400 0.81 16 NB 9 0 0.52 - 0.58 - 1x1015 na

Dry - / 100 - / 3.2 5600 0.92 25 45 8 0 - - 1x1014 na

Dry - / 130 - / 2.5 7500 0.93 32 45 8 0 - - 1x1014 na

Dry 60 / 70 6 / 100 2400 0.81 15 NB 11 0 - - 1x1015 88

Dry 63 / 70 6 / 110 2300 0.81 15 NB 11 0 - - 1x1015 88

Dry 60 / 70 6 / 100 2400 0.81 15 NB 11 0 - - 1x1015 87

Dry 63 / 65 6 / 110 2350 0.81 15 NB 11 0 - - 1x1015 86

Dry - / 83 - / 5 3200 0.79 20 20 2 0 0.45 - 0.54 - 1x1013 92

Dry - / 65 - / 2.5 3400 0.79 16 17 1.7 0 - - 1x1013 81

Dry - / 83 - / 5 3200 0.79 20 20 2 0 - - 1x1013 -

Dry - / 83 - / 5 3200 0.79 16 20 2 0 - - 1x1013 -

Dry - / 67-75 - / 4-6 2800 - 3200 0.79 18 12 - 26 2 0 0.45 - 0.54 - 1x1014 92

Dry - / 67-75 - / 4-6 2800 - 3200 0.79 18 12 - 26 2 0 - - 1x1014 -

Dry - / 67-75 - / 4-6 2800 - 3200 0.79 18 12 - 26 2 0 - - 1x1014 -

118 9 10

PAS-PE3

PAS-PE5

PAS-PE5 Reg.

PAS-PE10

PAS-PE10 ast

PAS-PE10 F

PAS-PE10 GK

PAS-PE10 Reg.

PAS-PP

PAS-PP els

PAS-PP GF30

PAS-PPs

PAS-POT/E

PAS-POT/Y

PAS-POT/B GF30

PAS-POT/G transp.

PAS-POT/H transp.

PAS-PC

PAS-PC industrial quality

PAS-PC GF20

PAS-PC GF30

PAS-PC Dura

PAS-PC Dura plus

PAS-PC Sunlife

PAS-PC F

PAS-PMMA XT

PAS-PMMA XT Diffusor

PAS-PMMA XT Fluorine

PAS-PMMA XT Mirror

PAS-PMMA GS

PAS-PMMA GS Antireflex

PAS-PMMA GS Fluorine

Enclosures, food applications, equipm. construction

Enclosures, food applications, sliding elements

Enclosures, food applications, sliding elements

Chain guides, sliding elements, chutes

Sliding parts in ex areas, conveying troughs

Traffic technology, mining, facing/lining

Highly stressed facing/lining (mines, bulk goods)

Chain guides, sliding elements, chutes

Container constr., chemical indust., daily use items

Pumps, coating & electroplating technology

Air filters, fan vanes, stressed fittings

Container constr., chemical indust., daily use items

Precision sliding parts

Precision sliding parts (low-maintenance)

Enclosures, cyl./rollers, contact strips, supp. rings

Displays, security glass, advertising systems

Displays, security glass, advertising systems

Safety screens, safety glazing

Isolators, inspection glasses, collecting pipes/manifolds

Isolators, connector strips, coil bodies

Isolators, connector strips, coil bodies

Flat glazing (anti-graffiti, wear resistant)

Protective visors, safety automotive glass

Windows, telephone boxes, greenhouses

Aircraft/vehicle construction, electrical equipment

Dome lights, glazing, lamps

Illuminated surfaces, trade fair constr., glazing

Advertising technology, displays, furniture

Lamps, ceiling lights, reflectors

Glazing, machine covers

Glazing, advertising technology, furniture

Advertising technology, displays, furniture

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

din abbreviation

PE-HD

PE-HMW

PE-HMW Reg.

PE-UHMW

PE-UHMW ast

PE-UHMW F

PE-UHMW GB

PE-UHMW Reg.

PP-H

PP-H els

PP-H GF30

PP-H F

PET-C

PET mod

PBT GF30

PET-G

PET-A

PC

PC

PC GF20

PC GF30

PC

PC

PC

PC F

PMMA

PMMA

PMMA

PMMA

PMMA G

PMMA G

PMMA G

10-00001_Faigle_EN_Klapp.indd 5-8 11.01.2010 8:28:21 Uhr

Polyalkylenterephthalates

Polyethylenes

Polypropylenes

Polymethylmethacrylates

Polycarbonates

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

main aPPliCation

going forward.

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

• • •

• •

•

• • •

• •

• •

•

•

• • •

• •

• •

• •

• • •

• • •

• •

•

•

• • •

• •

• •

• •

•

•

•

•

• • •

• •

•

•

• • •

•

• • •

PROPERTIES

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us o

f el

asti

city

Cre

ep

tend

ency

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

den

sity

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

exp

ansi

on

uv

re

sist

ance

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

-in

g

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

orw

eld

ing

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

0.95 <0.01 1 - 50 + 80 + 100 150-200 r r lr nr s HB B2 s s ls s s ls s ls ls ls s s s s ls ls ls ls s s

0.95 <0.01 1 - 100 + 80 + 100 150-200 r r lr nr s HB B2 s s ns s s ls ls ls ls ls s s s (s) s ls ls ls ls s s

0.95 <0.01 1 - 80 + 80 + 100 150-200 r r lr nr s HB B2 s s ns s s ls ns ls ls ls s s s (s) s ls ls ls ls s s

0.93 <0.01 1 - 250 + 80 + 100 200 r r r nr s HB B2 ls ns ns s (f) s ls ns ls ls ls s ns s (s) ls ls ns ns ls s ls

0.95 <0.01 1 - 150 + 80 + 90 200 r r r r s HB B2 ns ns ns s s ls ns ls ls ls s ns s (s) ls ls ns ns ls s ls

0.99 <0.01 2 - 200 + 80 + 100 200 r r r r ns V-0 - ns ns ns s s ns ns ls ls ls s ns ls ls ls ns ns ls s ls

0.96 <0.01 2 - 250 + 80 + 130 150 r r r nr ns HB B2 ns ns ns s s ns ns ns ls ls s ns ls ls ls ns ns ls s ls

0.94 <0.01 1 - 150 + 80 + 100 200 r r r nr ns HB B2 ls ns ns s s ls ns ls ls ls s ns s ls ls ns ns ls s ls

0.91 <0.01 1 - 5 + 100 + 130 100-200 r r lr nr s HB B2 s s ns s s s ls ls ls ls s s s s ls ls ls ls s s

0.95 <0.02 4 - 5 + 100 + 120 180 r r lr r ns HB B2 s s ns s s s s s ls ls s s s s ls ls ls ls s s

1.14 <0.01 3 - 5 + 100 + 140 70 / 70 r r lr nr ls HB B2 s s ns s s ls ns ns ls ls s s s ls ls ls ls ls s s

0.94 <0.01 1 0 + 100 + 150 100-200 r r lr nr ns V-2 B1 s s ns s s s s s ls ls s s s s ls ls ls ls s s

1.38 0.25 1 - 20 + 115 + 180 60 lr lr lr lr s HB - s s ns ns s s ns ns s ns s ns ls s s ns ns ls s s

1.44 0.23 3 - 20 + 115 + 180 65 lr lr lr lr s HB - s s ns ns s ns ns ns s ns s ns ls s s ns ns ls s s

1.53 0.15 5 - 50 + 140 + 200 30 / - lr lr lr lr ns HB - s s ns ns s ns ns ns s ns s ls s s s ls ls s s s

1.27 0.15 1 - 40 + 60 + 80 68 lr nr lr r s HB B1 s s ns ns s ls s s s s s s ls s s s ls s s s

1.34 0.11 1 - 40 + 60 + 75 60 lr nr lr r s V-2 B1 s s ns ns s ls s s ls ls s ns ls s s ns ns ls s s

1.20 0.15 1 - 50 + 120 + 140 70 lr nr nr nr ns V-2 B1 s s ns ns s ns s s s ls s ns s s s s ls ls s s

1.20 0.20 2 - 50 + 120 + 140 70 lr nr nr lr s HB - s s ns ns s ns s s s ns s ns s s s ls ls ls s s

1.35 0.12 4 - 30 + 120 + 145 30 / - lr nr nr lr ns V-1 - s s ns ns s ns ns s s ns s ns s s s ls ls ls s s

1.43 0.10 4 - 30 + 120 + 145 30 / - lr nr nr lr ns V-1 - s s ns ns s ns ns s s ns s ns s s s ls ls ls s s

1.20 0.15 5 - 50 + 120 + 140 70 lr nr nr r ns - B2 ns s ns ns s ns ns ls ns ls s ns ns ns ns ns ns ls s s

1.20 0.15 13 - 50 + 115 + 130 70 lr lr nr r ns - B2 s s ns ns s ns ns ls ns ls s ns ns ns ns ns ns ls s s

1.20 0.15 1 - 50 + 120 + 140 70 lr nr nr r ns - B1 ns s ns ns s ns ls ls ls ls s ns ns ns ns ns ns ls s s

1.20 0.15 2 - 50 + 120 + 140 70 lr nr nr nr ns V-0 B1 s s ns ns s ns s s s ls s ns ls ns ls ls ns ls s s

1.20 0.60 1 - 40 + 70 + 95 80 lr lr nr r s HB B2 ns s ns ns s s s s s s s ns s s s s ns ns ls ls

1.19 0.60 2 - 40 + 70 + 95 63 lr lr nr r ns HB B2 ns s ns ns s ns ns s s ls s ns s s s s ns ls ls ls

1.20 0.60 1 - 40 + 70 + 95 80 lr lr nr r ns HB B2 ns s ns ns s s s s s s s ns s s s s ns ns ls ls

1.20 0.60 2 - 40 + 70 + 95 80 lr lr nr r ns HB B2 ns s ns ns s s ns s s ls s ns ns ns ls s ns ls ls ls

1.20 0.17 1 - 40 + 80 + 100 80 lr lr nr r s HB B2 ns ns s ns s s ls s s s s ns s s s s ns ls ls ls

1.20 0.17 1 - 40 + 80 + 100 80 lr lr nr r s HB B2 ns ns s ns s ns ls s s s s ns s s s s ns ls ls ls

1.20 0.17 1 - 40 + 80 + 100 80 lr lr nr r s HB B2 ns ns s ns s s ls s s s s ns s s s s ns ls ls ls

Collar10 mm shortening10 mm shortening

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

Dry 23 / 32 10 / >400 1100 0.37 6 NB 15 2.1 0.30 4 1x1014 na

Dry 28 / 36 8 / >600 1000 0.37 7 NB 29 3.4 0.30 5 1x1014 na

Dry 25 / - 8 / >500 1050 0.37 6 NB 25 - 0.30 - 1x1014 na

Compressed 17 / 37 15 / >350 680 0.51 5 NB 130 4.0 0.24 6 1x1012 na

Compressed 22 / >30 11 / >300 700 - 5 NB >100 - 0.20 - 0.30 - 1x109 na

Compressed 20 / - 10 / >150 700 - 5 NB 80 - 0.25 - 1x104 na

Compressed 22 / 40 10 / >350 800 - 5 - NB - 0.12 - 1x1012 na

Compressed 22 / 36 12 / >200 700 - 5 NB >100 3.7 0.15 4 1x1012 na Dry 34 / - 8 / >300 1300 0.47 8 NB 11 1.1 0.30-0.40 2 1x1014 na Damp 32 / - 8 / >300 1300 0.47 8 NB 11

Dry 26 / 18 11 / 27 1200 - 6 NB 32 - - - <1x106 na

Dry 57 / 85 - / 3 6500 0.72 14 22 6 - 0.50 - 1x1013 na

Dry 32 / >50 14 / 70 1300 0.47 8 NB 6 - - - 1x1015 na

Dry 85 / - - / 15 3200 - 21 50 3 3.5 0.25 17 1x1014 na

Dry 75 / - - / 7 2600 - 18 30 2.5 4 0.15 - 0.2 - 1x1014 na

Dry - / 135 - / 2.5 10000 0.73 33 65 11 3 (c) 0.58 - 0.65 7 1x1015 na

Dry 53 / 26 4.5 / >200 2200 - 13 NB 10 0 - - 1x1015 88

Dry 59 / NB 4.5 / NB 2420 - 14 NB 4.4 0 - - 1x1015 89

Dry 63 / 70 6 / 110 2300 0.81 15 NB 11 0 0.52 - 0.58 - 1x1015 88

Dry 65 / 69 6 / 80 2400 0.81 16 NB 9 0 0.52 - 0.58 - 1x1015 na

Dry - / 100 - / 3.2 5600 0.92 25 45 8 0 - - 1x1014 na

Dry - / 130 - / 2.5 7500 0.93 32 45 8 0 - - 1x1014 na

Dry 60 / 70 6 / 100 2400 0.81 15 NB 11 0 - - 1x1015 88

Dry 63 / 70 6 / 110 2300 0.81 15 NB 11 0 - - 1x1015 88

Dry 60 / 70 6 / 100 2400 0.81 15 NB 11 0 - - 1x1015 87

Dry 63 / 65 6 / 110 2350 0.81 15 NB 11 0 - - 1x1015 86

Dry - / 83 - / 5 3200 0.79 20 20 2 0 0.45 - 0.54 - 1x1013 92

Dry - / 65 - / 2.5 3400 0.79 16 17 1.7 0 - - 1x1013 81

Dry - / 83 - / 5 3200 0.79 20 20 2 0 - - 1x1013 -

Dry - / 83 - / 5 3200 0.79 16 20 2 0 - - 1x1013 -

Dry - / 67-75 - / 4-6 2800 - 3200 0.79 18 12 - 26 2 0 0.45 - 0.54 - 1x1014 92

Dry - / 67-75 - / 4-6 2800 - 3200 0.79 18 12 - 26 2 0 - - 1x1014 -

Dry - / 67-75 - / 4-6 2800 - 3200 0.79 18 12 - 26 2 0 - - 1x1014 -

118 9 10

PAS-PE3

PAS-PE5

PAS-PE5 Reg.

PAS-PE10

PAS-PE10 ast

PAS-PE10 F

PAS-PE10 GK

PAS-PE10 Reg.

PAS-PP

PAS-PP els

PAS-PP GF30

PAS-PPs

PAS-POT/E

PAS-POT/Y

PAS-POT/B GF30

PAS-POT/G transp.

PAS-POT/H transp.

PAS-PC

PAS-PC industrial quality

PAS-PC GF20

PAS-PC GF30

PAS-PC Dura

PAS-PC Dura plus

PAS-PC Sunlife

PAS-PC F

PAS-PMMA XT

PAS-PMMA XT Diffusor

PAS-PMMA XT Fluorine

PAS-PMMA XT Mirror

PAS-PMMA GS

PAS-PMMA GS Antireflex

PAS-PMMA GS Fluorine

Enclosures, food applications, equipm. construction

Enclosures, food applications, sliding elements

Enclosures, food applications, sliding elements

Chain guides, sliding elements, chutes

Sliding parts in ex areas, conveying troughs

Traffic technology, mining, facing/lining

Highly stressed facing/lining (mines, bulk goods)

Chain guides, sliding elements, chutes

Container constr., chemical indust., daily use items

Pumps, coating & electroplating technology

Air filters, fan vanes, stressed fittings

Container constr., chemical indust., daily use items

Precision sliding parts

Precision sliding parts (low-maintenance)

Enclosures, cyl./rollers, contact strips, supp. rings

Displays, security glass, advertising systems

Displays, security glass, advertising systems

Safety screens, safety glazing

Isolators, inspection glasses, collecting pipes/manifolds

Isolators, connector strips, coil bodies

Isolators, connector strips, coil bodies

Flat glazing (anti-graffiti, wear resistant)

Protective visors, safety automotive glass

Windows, telephone boxes, greenhouses

Aircraft/vehicle construction, electrical equipment

Dome lights, glazing, lamps

Illuminated surfaces, trade fair constr., glazing

Advertising technology, displays, furniture

Lamps, ceiling lights, reflectors

Glazing, machine covers

Glazing, advertising technology, furniture

Advertising technology, displays, furniture

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

din abbreviation

PE-HD

PE-HMW

PE-HMW Reg.

PE-UHMW

PE-UHMW ast

PE-UHMW F

PE-UHMW GB

PE-UHMW Reg.

PP-H

PP-H els

PP-H GF30

PP-H F

PET-C

PET mod

PBT GF30

PET-G

PET-A

PC

PC

PC GF20

PC GF30

PC

PC

PC

PC F

PMMA

PMMA

PMMA

PMMA

PMMA G

PMMA G

PMMA G

10-00001_Faigle_EN_Klapp.indd 5-8 11.01.2010 8:28:21 Uhr

Polyalkylenterephthalates

Polyethylenes

Polypropylenes

Polymethylmethacrylates

Polycarbonates

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

main aPPliCation

going forward.

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

• • •

• •

•

• • •

• •

• •

•

•

• • •

• •

• •

• •

• • •

• • •

• •

•

•

• • •

• •

• •

• •

•

•

•

•

• • •

• •

•

•

• • •

•

• • •

PROPERTIES

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us o

f el

asti

city

Cre

ep

tend

ency

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

den

sity

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

exp

ansi

on

uv

re

sist

ance

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

-in

g

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

orw

eld

ing

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

0.95 <0.01 1 - 50 + 80 + 100 150-200 r r lr nr s HB B2 s s ls s s ls s ls ls ls s s s s ls ls ls ls s s

0.95 <0.01 1 - 100 + 80 + 100 150-200 r r lr nr s HB B2 s s ns s s ls ls ls ls ls s s s (s) s ls ls ls ls s s

0.95 <0.01 1 - 80 + 80 + 100 150-200 r r lr nr s HB B2 s s ns s s ls ns ls ls ls s s s (s) s ls ls ls ls s s

0.93 <0.01 1 - 250 + 80 + 100 200 r r r nr s HB B2 ls ns ns s (f) s ls ns ls ls ls s ns s (s) ls ls ns ns ls s ls

0.95 <0.01 1 - 150 + 80 + 90 200 r r r r s HB B2 ns ns ns s s ls ns ls ls ls s ns s (s) ls ls ns ns ls s ls

0.99 <0.01 2 - 200 + 80 + 100 200 r r r r ns V-0 - ns ns ns s s ns ns ls ls ls s ns ls ls ls ns ns ls s ls

0.96 <0.01 2 - 250 + 80 + 130 150 r r r nr ns HB B2 ns ns ns s s ns ns ns ls ls s ns ls ls ls ns ns ls s ls

0.94 <0.01 1 - 150 + 80 + 100 200 r r r nr ns HB B2 ls ns ns s s ls ns ls ls ls s ns s ls ls ns ns ls s ls

0.91 <0.01 1 - 5 + 100 + 130 100-200 r r lr nr s HB B2 s s ns s s s ls ls ls ls s s s s ls ls ls ls s s

0.95 <0.02 4 - 5 + 100 + 120 180 r r lr r ns HB B2 s s ns s s s s s ls ls s s s s ls ls ls ls s s

1.14 <0.01 3 - 5 + 100 + 140 70 / 70 r r lr nr ls HB B2 s s ns s s ls ns ns ls ls s s s ls ls ls ls ls s s

0.94 <0.01 1 0 + 100 + 150 100-200 r r lr nr ns V-2 B1 s s ns s s s s s ls ls s s s s ls ls ls ls s s

1.38 0.25 1 - 20 + 115 + 180 60 lr lr lr lr s HB - s s ns ns s s ns ns s ns s ns ls s s ns ns ls s s

1.44 0.23 3 - 20 + 115 + 180 65 lr lr lr lr s HB - s s ns ns s ns ns ns s ns s ns ls s s ns ns ls s s

1.53 0.15 5 - 50 + 140 + 200 30 / - lr lr lr lr ns HB - s s ns ns s ns ns ns s ns s ls s s s ls ls s s s

1.27 0.15 1 - 40 + 60 + 80 68 lr nr lr r s HB B1 s s ns ns s ls s s s s s s ls s s s ls s s s

1.34 0.11 1 - 40 + 60 + 75 60 lr nr lr r s V-2 B1 s s ns ns s ls s s ls ls s ns ls s s ns ns ls s s

1.20 0.15 1 - 50 + 120 + 140 70 lr nr nr nr ns V-2 B1 s s ns ns s ns s s s ls s ns s s s s ls ls s s

1.20 0.20 2 - 50 + 120 + 140 70 lr nr nr lr s HB - s s ns ns s ns s s s ns s ns s s s ls ls ls s s

1.35 0.12 4 - 30 + 120 + 145 30 / - lr nr nr lr ns V-1 - s s ns ns s ns ns s s ns s ns s s s ls ls ls s s

1.43 0.10 4 - 30 + 120 + 145 30 / - lr nr nr lr ns V-1 - s s ns ns s ns ns s s ns s ns s s s ls ls ls s s

1.20 0.15 5 - 50 + 120 + 140 70 lr nr nr r ns - B2 ns s ns ns s ns ns ls ns ls s ns ns ns ns ns ns ls s s

1.20 0.15 13 - 50 + 115 + 130 70 lr lr nr r ns - B2 s s ns ns s ns ns ls ns ls s ns ns ns ns ns ns ls s s

1.20 0.15 1 - 50 + 120 + 140 70 lr nr nr r ns - B1 ns s ns ns s ns ls ls ls ls s ns ns ns ns ns ns ls s s

1.20 0.15 2 - 50 + 120 + 140 70 lr nr nr nr ns V-0 B1 s s ns ns s ns s s s ls s ns ls ns ls ls ns ls s s

1.20 0.60 1 - 40 + 70 + 95 80 lr lr nr r s HB B2 ns s ns ns s s s s s s s ns s s s s ns ns ls ls

1.19 0.60 2 - 40 + 70 + 95 63 lr lr nr r ns HB B2 ns s ns ns s ns ns s s ls s ns s s s s ns ls ls ls

1.20 0.60 1 - 40 + 70 + 95 80 lr lr nr r ns HB B2 ns s ns ns s s s s s s s ns s s s s ns ns ls ls

1.20 0.60 2 - 40 + 70 + 95 80 lr lr nr r ns HB B2 ns s ns ns s s ns s s ls s ns ns ns ls s ns ls ls ls

1.20 0.17 1 - 40 + 80 + 100 80 lr lr nr r s HB B2 ns ns s ns s s ls s s s s ns s s s s ns ls ls ls

1.20 0.17 1 - 40 + 80 + 100 80 lr lr nr r s HB B2 ns ns s ns s ns ls s s s s ns s s s s ns ls ls ls

1.20 0.17 1 - 40 + 80 + 100 80 lr lr nr r s HB B2 ns ns s ns s s ls s s s s ns s s s s ns ls ls ls

Collar10 mm shortening10 mm shortening

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

Dry 23 / 32 10 / >400 1100 0.37 6 NB 15 2.1 0.30 4 1x1014 na

Dry 28 / 36 8 / >600 1000 0.37 7 NB 29 3.4 0.30 5 1x1014 na

Dry 25 / - 8 / >500 1050 0.37 6 NB 25 - 0.30 - 1x1014 na

Compressed 17 / 37 15 / >350 680 0.51 5 NB 130 4.0 0.24 6 1x1012 na

Compressed 22 / >30 11 / >300 700 - 5 NB >100 - 0.20 - 0.30 - 1x109 na

Compressed 20 / - 10 / >150 700 - 5 NB 80 - 0.25 - 1x104 na

Compressed 22 / 40 10 / >350 800 - 5 - NB - 0.12 - 1x1012 na

Compressed 22 / 36 12 / >200 700 - 5 NB >100 3.7 0.15 4 1x1012 na Dry 34 / - 8 / >300 1300 0.47 8 NB 11 1.1 0.30-0.40 2 1x1014 na Damp 32 / - 8 / >300 1300 0.47 8 NB 11

Dry 26 / 18 11 / 27 1200 - 6 NB 32 - - - <1x106 na

Dry 57 / 85 - / 3 6500 0.72 14 22 6 - 0.50 - 1x1013 na

Dry 32 / >50 14 / 70 1300 0.47 8 NB 6 - - - 1x1015 na

Dry 85 / - - / 15 3200 - 21 50 3 3.5 0.25 17 1x1014 na

Dry 75 / - - / 7 2600 - 18 30 2.5 4 0.15 - 0.2 - 1x1014 na

Dry - / 135 - / 2.5 10000 0.73 33 65 11 3 (c) 0.58 - 0.65 7 1x1015 na

Dry 53 / 26 4.5 / >200 2200 - 13 NB 10 0 - - 1x1015 88

Dry 59 / NB 4.5 / NB 2420 - 14 NB 4.4 0 - - 1x1015 89

Dry 63 / 70 6 / 110 2300 0.81 15 NB 11 0 0.52 - 0.58 - 1x1015 88

Dry 65 / 69 6 / 80 2400 0.81 16 NB 9 0 0.52 - 0.58 - 1x1015 na

Dry - / 100 - / 3.2 5600 0.92 25 45 8 0 - - 1x1014 na

Dry - / 130 - / 2.5 7500 0.93 32 45 8 0 - - 1x1014 na

Dry 60 / 70 6 / 100 2400 0.81 15 NB 11 0 - - 1x1015 88

Dry 63 / 70 6 / 110 2300 0.81 15 NB 11 0 - - 1x1015 88

Dry 60 / 70 6 / 100 2400 0.81 15 NB 11 0 - - 1x1015 87

Dry 63 / 65 6 / 110 2350 0.81 15 NB 11 0 - - 1x1015 86

Dry - / 83 - / 5 3200 0.79 20 20 2 0 0.45 - 0.54 - 1x1013 92

Dry - / 65 - / 2.5 3400 0.79 16 17 1.7 0 - - 1x1013 81

Dry - / 83 - / 5 3200 0.79 20 20 2 0 - - 1x1013 -

Dry - / 83 - / 5 3200 0.79 16 20 2 0 - - 1x1013 -

Dry - / 67-75 - / 4-6 2800 - 3200 0.79 18 12 - 26 2 0 0.45 - 0.54 - 1x1014 92

Dry - / 67-75 - / 4-6 2800 - 3200 0.79 18 12 - 26 2 0 - - 1x1014 -

Dry - / 67-75 - / 4-6 2800 - 3200 0.79 18 12 - 26 2 0 - - 1x1014 -

118 9 10

PAS-PE3

PAS-PE5

PAS-PE5 Reg.

PAS-PE10

PAS-PE10 ast

PAS-PE10 F

PAS-PE10 GK

PAS-PE10 Reg.

PAS-PP

PAS-PP els

PAS-PP GF30

PAS-PPs

PAS-POT/E

PAS-POT/Y

PAS-POT/B GF30

PAS-POT/G transp.

PAS-POT/H transp.

PAS-PC

PAS-PC industrial quality

PAS-PC GF20

PAS-PC GF30

PAS-PC Dura

PAS-PC Dura plus

PAS-PC Sunlife

PAS-PC F

PAS-PMMA XT

PAS-PMMA XT Diffusor

PAS-PMMA XT Fluorine

PAS-PMMA XT Mirror

PAS-PMMA GS

PAS-PMMA GS Antireflex

PAS-PMMA GS Fluorine

Enclosures, food applications, equipm. construction

Enclosures, food applications, sliding elements

Enclosures, food applications, sliding elements

Chain guides, sliding elements, chutes

Sliding parts in ex areas, conveying troughs

Traffic technology, mining, facing/lining

Highly stressed facing/lining (mines, bulk goods)

Chain guides, sliding elements, chutes

Container constr., chemical indust., daily use items

Pumps, coating & electroplating technology

Air filters, fan vanes, stressed fittings

Container constr., chemical indust., daily use items

Precision sliding parts

Precision sliding parts (low-maintenance)

Enclosures, cyl./rollers, contact strips, supp. rings

Displays, security glass, advertising systems

Displays, security glass, advertising systems

Safety screens, safety glazing

Isolators, inspection glasses, collecting pipes/manifolds

Isolators, connector strips, coil bodies

Isolators, connector strips, coil bodies

Flat glazing (anti-graffiti, wear resistant)

Protective visors, safety automotive glass

Windows, telephone boxes, greenhouses

Aircraft/vehicle construction, electrical equipment

Dome lights, glazing, lamps

Illuminated surfaces, trade fair constr., glazing

Advertising technology, displays, furniture

Lamps, ceiling lights, reflectors

Glazing, machine covers

Glazing, advertising technology, furniture

Advertising technology, displays, furniture

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

din abbreviation

PE-HD

PE-HMW

PE-HMW Reg.

PE-UHMW

PE-UHMW ast

PE-UHMW F

PE-UHMW GB

PE-UHMW Reg.

PP-H

PP-H els

PP-H GF30

PP-H F

PET-C

PET mod

PBT GF30

PET-G

PET-A

PC

PC

PC GF20

PC GF30

PC

PC

PC

PC F

PMMA

PMMA

PMMA

PMMA

PMMA G

PMMA G

PMMA G

10-00001_Faigle_EN_Klapp.indd 5-8 11.01.2010 8:28:21 Uhr

Polyvinyl chlorides (hard)

Compressed, sintered fluoroplastics

Thermoplastically processable fluoroplastics

Polyvinyl chlorides (soft)

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

main aPPliCation

going forward.

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

den

sity

• • •

•

• • •

•

•

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• • •

• •

• •

• •

• •

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

exp

ansi

on

uv

re

si-

stan

ce

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

1.38 0.20 1 - 15 + 60 + 70 70 r r nr lr ns V-0 B1 s s ns s s ns s s s ns s s s s s s s s s s

1.55 0.20 4 - 15 + 90 + 105 60 r r nr r ns V-0 B1 ls ls ns ls s ns s s s ns s s s s s s s s s s

1.38 0.15 1 - 10 + 55 + 70 70 r r nr lr ns V-0 B1 s s ns ns s ns s s s ns s s s s s s s s s s

0.5-0.55 1 1 0 + 55 + 65 66 r r nr r ns V-0 B1 ls s ns ns s ns s ls s ns s s s s s s s s ls ns

1.22 0.20 1 - 10 + 50 + 60 - lr lr nr lr ns - B2 s s ns ns ls ns ls ls ls ns s s ls ns ls s s s ls u

2.14-2.18 <0.01 6 - 200 + 260 + 300 120-130 r r r r s V-0 - ns ns ns s ls ns ns s ns ls s ns ns ns ns ns ns ns ls ls

2.05-2.11 <0.01 7 - 200 + 260 + 300 80-110 lr r r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.09-2.15 <0.01 8 - 200 + 260 + 300 110-130 lr r r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.04-2.11 <0.01 7 - 200 + 260 + 300 100-120 lr r r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.18-2.22 <0.01 8 - 200 + 260 + 300 110-130 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.20-2.30 <0.01 8 - 200 + 260 + 300 90-120 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.19-2.25 <0.01 8 - 200 + 260 + 300 90-120 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.22-2.25 <0.01 8 - 200 + 260 + 300 75-110 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

3.05-3.12 <0.01 9 - 200 + 260 + 300 100-115 nr lr r r ns - - ns ns ns s ls ns ns ns ns ls s ns ns ns ns ns ns ns ls ns

3.80-3.90 <0.01 10 - 200 + 260 + 300 80-90 nr lr r r ns - - ns ns ns s ls ns ns ns ns ls s ns ns ns ns ns ns ns ls ns

3.36-3.41 <0.01 11 - 200 + 260 + 300 100-120 lr lr r r ns - - ns ns ns s ls ns ns ns ns ls s ns ns ns ns ns ns ns ls ns

1.78 0.05 8 - 50 + 140 + 150 130-145 r lr lr r s V-0 B1 s s ls s s ns s ns ns ns s s s s s ns ns ls s s

2.14-2.17 <0.03 20 - 190 + 260 + 280 130-200 r r r r s V-0 - s s - s s ns s - ns - s s ls s s ns ns ls ls ns

2.10-2.20 <0.01 20 - 190 + 205 - 80-120 r r r r s V-0 - s s - s s ns s s ns - s s ls s s ns ns ls ls ns

1.65-1.71 <0.05 18 - 76 + 150 + 170 70-80 r r lr r s V-0 - s s ns s s ns s - ns - s s ls s s ns ns ls ls ns

1.7 <0.03 20 - 190 + 155 + 200 120-130 r r lr r s V-0 - s s ns s s ns s - ns - s s ls s s ns ns ls s ls

2.12-2.17 <0.03 20 - 190 + 250 - 120-200 r r r r s V-0 - s s - s s ns s - ns - s s ls s s ns ns ls ls ns

2.10-2.16 <0.05 20 - 255 + 150 + 180 60-70 r r lr r s V-0 - s s - s s ns - - - - s s s s s ns ns ls s s

PROPERTIES

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

ing

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

or

wel

din

g

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us

of

elas

tici

ty

Cre

ep

tend

ency

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

Collar10 mm shortening10 mm shortening

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

1512 13 14

PAS-PVC hard

PAS-PVC-C hart

PAS-PVC transp.

PAS-PVC foamed

PAS-PVC soft

PAS-PTFE pure

PAS-PTFE KO25

PAS-PTFE GR15

PAS-PTFE KG25

PAS-PTFE GF15

PAS-PTFE GF15 Mo

PAS-PTFE GF20

PAS-PTFE GF25

PAS-PTFE Bronze 40

PAS-PTFE Bronze 60

PAS-PTFE INOX 50

PAS-PVDF

PAS-PFA

PAS-FEP

PAS-ECTFE

PAS-ETFE

PAS-MFA

PAS-PCTFE

Construction of equipment, switchgear construction

Chem. industry, construction of equipm., electroplating

Glazing, lamp enclosures, pump bodies

Lettering/labelling plates, insulation, separators

Facing/lining, swivel gates, inspection windows

Facing/lining, seals, insulation

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals, bearing bushes

Dynamic seals, bearing bushes

Dynamic seals (high pressure loads)

Filter housings, fittings, autoclave components

Anti-corrosion protection, isolators

Bearings, oil seals, telesc. parts for steering systems

Constr. of chem. apparatus, laboratory equipment

Gear wheels, pump components, laboratory articles

Semicond. industry, heavy-duty anti-corr. protection

Cryogenics, chemical industry, seals

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

din abbreviation

PVC-U

PVC-C

PVC-U T

PVC-E

PVC-P

PTFE

PTFE C25

PTFE C15

PTFE C25

PTFE GF15

PTFE Compound

PTFE GF20

PTFE GF25

PTFE Compound

PTFE Compound

PTFE Compound

PVDF

PFA

FEP

ECTFE

ETFE

MFA

PCTFE

Dry 55 / 30 3 / 20 3000 0.77 13 NB 4 0 0.6 - 1x1013 na

Dry 60 / 80 3 / 15 3000 - 15 NB 8 0 0.6 - 1x1013 na

Dry 70 / - - / 10 3200 - 17 NB 2 0 - - 1x1013 90

Dry - / 10 - / 15 700 - 2 15 8 0 - - 1x1012 na

Dry - / 15 - / 300 - - na (h) - - 0 - - 1x1011 80

Compressed 10 / >24 - / >250 750 0.73 2 NB 16 1.1 0.07 2 1x1017 na ram extruded - / 20 - / >200 - - 2 - - 0.07 1x1017

Compressed - / 12-16 - / 70-110 1300 - 3 - 8.5 2.2 0.12-0.15 4 1x103 na ram extruded - / 18.8 - / 165 - - 3 - - 0.12-0.15 1x103

Compressed - / 15-20 - / 170-280 - - 4 - - - 0.11-0.13 - 1x1012 na ram extruded - / >14 - / >70 - - 3 - - 0.11-0.13 1x1012

Compressed - / 14-18 - / 70-120 - - 3 - - - 0.11-0.14 - - na ram extruded - / >12 - / >50 - - 3 - - 0.11-0.14 -

Compressed - / 17-24 - / 250-300 - - 4 - - - 0.12 - 1x1016 na ram extruded - / >15 - / >200 - - 4 - - 0.13-0.18 1x1016

Compressed - / 15-20 - / 220-270 - - 4 - - - 0.08 - 1x1016 na ram extruded - / - - / - - - - - - - -

Compressed - / 17-22 - / 250-280 - - 4 - - - 0.11 - 1x1016 na ram extruded - / >14 - / >180 - - 3 - - - 1x1016

Compressed - / 14-21 - / 230-270 1600-1700 - 3 - - 2.2 0.13 3 1x1016 na ram extruded - / >13 - / >180 - - 3 - - 0.13-0.21 1x1016

Compressed - / 23-28 - / 200-250 - - 6 - - - 0.13 - 1x1010 na ram extruded - / - - / - - - - - - - -

Compressed - / 17-23 - / 100-160 1400 - 4 - - - 0.13 - 1x109 na ram extruded - / >13 - / >80 - - 3 - - 0.16-0.20 1x109

Compressed - / 17-23 - / 180-230 - - 4 - - - 0.13 - - na ram extruded - / 15-20 - / 120-180 - - 4 - - 0.13 -

Dry 55 / - 8 / 60 2200 - 13 NB 10 2 0.20-0.35 6 1x1013 na

Dry 13-16/24-30 - / 300 280 - 3 NB NB - 0.2-0.4 - 1x1017 -

Dry 11-13/25-30 - / 250-350 400-600 - 3 NB NB - 0.2-0.24 - 1x1018 -

Dry 29-30/46-55 - / 250-350 1600-1700 - 7 - NB - 0.2-0.24 - 1x1018 -

Dry 45-44 15 / >200 900-1300 - 11 NB NB - 0.4 - 1x1016 na

Dry 11-15/28-36 - / 250-350 440-480 - 3 NB - - - - 1x1017 -

Dry 34-50/32-40 - / 100-250 1400 - 8 NB - - 0.35 - 1x1016 na

10-00001_Faigle_EN_Klapp.indd 9-12 11.01.2010 8:28:23 Uhr

Polyvinyl chlorides (hard)

Compressed, sintered fluoroplastics

Thermoplastically processable fluoroplastics

Polyvinyl chlorides (soft)

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

main aPPliCation

going forward.

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

den

sity

• • •

•

• • •

•

•

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• • •

• •

• •

• •

• •

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

exp

ansi

on

uv

re

si-

stan

ce

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

1.38 0.20 1 - 15 + 60 + 70 70 r r nr lr ns V-0 B1 s s ns s s ns s s s ns s s s s s s s s s s

1.55 0.20 4 - 15 + 90 + 105 60 r r nr r ns V-0 B1 ls ls ns ls s ns s s s ns s s s s s s s s s s

1.38 0.15 1 - 10 + 55 + 70 70 r r nr lr ns V-0 B1 s s ns ns s ns s s s ns s s s s s s s s s s

0.5-0.55 1 1 0 + 55 + 65 66 r r nr r ns V-0 B1 ls s ns ns s ns s ls s ns s s s s s s s s ls ns

1.22 0.20 1 - 10 + 50 + 60 - lr lr nr lr ns - B2 s s ns ns ls ns ls ls ls ns s s ls ns ls s s s ls u

2.14-2.18 <0.01 6 - 200 + 260 + 300 120-130 r r r r s V-0 - ns ns ns s ls ns ns s ns ls s ns ns ns ns ns ns ns ls ls

2.05-2.11 <0.01 7 - 200 + 260 + 300 80-110 lr r r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.09-2.15 <0.01 8 - 200 + 260 + 300 110-130 lr r r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.04-2.11 <0.01 7 - 200 + 260 + 300 100-120 lr r r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.18-2.22 <0.01 8 - 200 + 260 + 300 110-130 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.20-2.30 <0.01 8 - 200 + 260 + 300 90-120 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.19-2.25 <0.01 8 - 200 + 260 + 300 90-120 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.22-2.25 <0.01 8 - 200 + 260 + 300 75-110 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

3.05-3.12 <0.01 9 - 200 + 260 + 300 100-115 nr lr r r ns - - ns ns ns s ls ns ns ns ns ls s ns ns ns ns ns ns ns ls ns

3.80-3.90 <0.01 10 - 200 + 260 + 300 80-90 nr lr r r ns - - ns ns ns s ls ns ns ns ns ls s ns ns ns ns ns ns ns ls ns

3.36-3.41 <0.01 11 - 200 + 260 + 300 100-120 lr lr r r ns - - ns ns ns s ls ns ns ns ns ls s ns ns ns ns ns ns ns ls ns

1.78 0.05 8 - 50 + 140 + 150 130-145 r lr lr r s V-0 B1 s s ls s s ns s ns ns ns s s s s s ns ns ls s s

2.14-2.17 <0.03 20 - 190 + 260 + 280 130-200 r r r r s V-0 - s s - s s ns s - ns - s s ls s s ns ns ls ls ns

2.10-2.20 <0.01 20 - 190 + 205 - 80-120 r r r r s V-0 - s s - s s ns s s ns - s s ls s s ns ns ls ls ns

1.65-1.71 <0.05 18 - 76 + 150 + 170 70-80 r r lr r s V-0 - s s ns s s ns s - ns - s s ls s s ns ns ls ls ns

1.7 <0.03 20 - 190 + 155 + 200 120-130 r r lr r s V-0 - s s ns s s ns s - ns - s s ls s s ns ns ls s ls

2.12-2.17 <0.03 20 - 190 + 250 - 120-200 r r r r s V-0 - s s - s s ns s - ns - s s ls s s ns ns ls ls ns

2.10-2.16 <0.05 20 - 255 + 150 + 180 60-70 r r lr r s V-0 - s s - s s ns - - - - s s s s s ns ns ls s s

PROPERTIES

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

ing

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

or

wel

din

g

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us

of

elas

tici

ty

Cre

ep

tend

ency

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

Collar10 mm shortening10 mm shortening

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

1512 13 14

PAS-PVC hard

PAS-PVC-C hart

PAS-PVC transp.

PAS-PVC foamed

PAS-PVC soft

PAS-PTFE pure

PAS-PTFE KO25

PAS-PTFE GR15

PAS-PTFE KG25

PAS-PTFE GF15

PAS-PTFE GF15 Mo

PAS-PTFE GF20

PAS-PTFE GF25

PAS-PTFE Bronze 40

PAS-PTFE Bronze 60

PAS-PTFE INOX 50

PAS-PVDF

PAS-PFA

PAS-FEP

PAS-ECTFE

PAS-ETFE

PAS-MFA

PAS-PCTFE

Construction of equipment, switchgear construction

Chem. industry, construction of equipm., electroplating

Glazing, lamp enclosures, pump bodies

Lettering/labelling plates, insulation, separators

Facing/lining, swivel gates, inspection windows

Facing/lining, seals, insulation

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals, bearing bushes

Dynamic seals, bearing bushes

Dynamic seals (high pressure loads)

Filter housings, fittings, autoclave components

Anti-corrosion protection, isolators

Bearings, oil seals, telesc. parts for steering systems

Constr. of chem. apparatus, laboratory equipment

Gear wheels, pump components, laboratory articles

Semicond. industry, heavy-duty anti-corr. protection

Cryogenics, chemical industry, seals

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

din abbreviation

PVC-U

PVC-C

PVC-U T

PVC-E

PVC-P

PTFE

PTFE C25

PTFE C15

PTFE C25

PTFE GF15

PTFE Compound

PTFE GF20

PTFE GF25

PTFE Compound

PTFE Compound

PTFE Compound

PVDF

PFA

FEP

ECTFE

ETFE

MFA

PCTFE

Dry 55 / 30 3 / 20 3000 0.77 13 NB 4 0 0.6 - 1x1013 na

Dry 60 / 80 3 / 15 3000 - 15 NB 8 0 0.6 - 1x1013 na

Dry 70 / - - / 10 3200 - 17 NB 2 0 - - 1x1013 90

Dry - / 10 - / 15 700 - 2 15 8 0 - - 1x1012 na

Dry - / 15 - / 300 - - na (h) - - 0 - - 1x1011 80

Compressed 10 / >24 - / >250 750 0.73 2 NB 16 1.1 0.07 2 1x1017 na ram extruded - / 20 - / >200 - - 2 - - 0.07 1x1017

Compressed - / 12-16 - / 70-110 1300 - 3 - 8.5 2.2 0.12-0.15 4 1x103 na ram extruded - / 18.8 - / 165 - - 3 - - 0.12-0.15 1x103

Compressed - / 15-20 - / 170-280 - - 4 - - - 0.11-0.13 - 1x1012 na ram extruded - / >14 - / >70 - - 3 - - 0.11-0.13 1x1012

Compressed - / 14-18 - / 70-120 - - 3 - - - 0.11-0.14 - - na ram extruded - / >12 - / >50 - - 3 - - 0.11-0.14 -

Compressed - / 17-24 - / 250-300 - - 4 - - - 0.12 - 1x1016 na ram extruded - / >15 - / >200 - - 4 - - 0.13-0.18 1x1016

Compressed - / 15-20 - / 220-270 - - 4 - - - 0.08 - 1x1016 na ram extruded - / - - / - - - - - - - -

Compressed - / 17-22 - / 250-280 - - 4 - - - 0.11 - 1x1016 na ram extruded - / >14 - / >180 - - 3 - - - 1x1016

Compressed - / 14-21 - / 230-270 1600-1700 - 3 - - 2.2 0.13 3 1x1016 na ram extruded - / >13 - / >180 - - 3 - - 0.13-0.21 1x1016

Compressed - / 23-28 - / 200-250 - - 6 - - - 0.13 - 1x1010 na ram extruded - / - - / - - - - - - - -

Compressed - / 17-23 - / 100-160 1400 - 4 - - - 0.13 - 1x109 na ram extruded - / >13 - / >80 - - 3 - - 0.16-0.20 1x109

Compressed - / 17-23 - / 180-230 - - 4 - - - 0.13 - - na ram extruded - / 15-20 - / 120-180 - - 4 - - 0.13 -

Dry 55 / - 8 / 60 2200 - 13 NB 10 2 0.20-0.35 6 1x1013 na

Dry 13-16/24-30 - / 300 280 - 3 NB NB - 0.2-0.4 - 1x1017 -

Dry 11-13/25-30 - / 250-350 400-600 - 3 NB NB - 0.2-0.24 - 1x1018 -

Dry 29-30/46-55 - / 250-350 1600-1700 - 7 - NB - 0.2-0.24 - 1x1018 -

Dry 45-44 15 / >200 900-1300 - 11 NB NB - 0.4 - 1x1016 na

Dry 11-15/28-36 - / 250-350 440-480 - 3 NB - - - - 1x1017 -

Dry 34-50/32-40 - / 100-250 1400 - 8 NB - - 0.35 - 1x1016 na

10-00001_Faigle_EN_Klapp.indd 9-12 11.01.2010 8:28:23 Uhr

Polyvinyl chlorides (hard)

Compressed, sintered fluoroplastics

Thermoplastically processable fluoroplastics

Polyvinyl chlorides (soft)

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

main aPPliCation

going forward.

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

den

sity

• • •

•

• • •

•

•

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• • •

• •

• •

• •

• •

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

exp

ansi

on

uv

re

si-

stan

ce

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

1.38 0.20 1 - 15 + 60 + 70 70 r r nr lr ns V-0 B1 s s ns s s ns s s s ns s s s s s s s s s s

1.55 0.20 4 - 15 + 90 + 105 60 r r nr r ns V-0 B1 ls ls ns ls s ns s s s ns s s s s s s s s s s

1.38 0.15 1 - 10 + 55 + 70 70 r r nr lr ns V-0 B1 s s ns ns s ns s s s ns s s s s s s s s s s

0.5-0.55 1 1 0 + 55 + 65 66 r r nr r ns V-0 B1 ls s ns ns s ns s ls s ns s s s s s s s s ls ns

1.22 0.20 1 - 10 + 50 + 60 - lr lr nr lr ns - B2 s s ns ns ls ns ls ls ls ns s s ls ns ls s s s ls u

2.14-2.18 <0.01 6 - 200 + 260 + 300 120-130 r r r r s V-0 - ns ns ns s ls ns ns s ns ls s ns ns ns ns ns ns ns ls ls

2.05-2.11 <0.01 7 - 200 + 260 + 300 80-110 lr r r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.09-2.15 <0.01 8 - 200 + 260 + 300 110-130 lr r r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.04-2.11 <0.01 7 - 200 + 260 + 300 100-120 lr r r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.18-2.22 <0.01 8 - 200 + 260 + 300 110-130 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.20-2.30 <0.01 8 - 200 + 260 + 300 90-120 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.19-2.25 <0.01 8 - 200 + 260 + 300 90-120 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.22-2.25 <0.01 8 - 200 + 260 + 300 75-110 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

3.05-3.12 <0.01 9 - 200 + 260 + 300 100-115 nr lr r r ns - - ns ns ns s ls ns ns ns ns ls s ns ns ns ns ns ns ns ls ns

3.80-3.90 <0.01 10 - 200 + 260 + 300 80-90 nr lr r r ns - - ns ns ns s ls ns ns ns ns ls s ns ns ns ns ns ns ns ls ns

3.36-3.41 <0.01 11 - 200 + 260 + 300 100-120 lr lr r r ns - - ns ns ns s ls ns ns ns ns ls s ns ns ns ns ns ns ns ls ns

1.78 0.05 8 - 50 + 140 + 150 130-145 r lr lr r s V-0 B1 s s ls s s ns s ns ns ns s s s s s ns ns ls s s

2.14-2.17 <0.03 20 - 190 + 260 + 280 130-200 r r r r s V-0 - s s - s s ns s - ns - s s ls s s ns ns ls ls ns

2.10-2.20 <0.01 20 - 190 + 205 - 80-120 r r r r s V-0 - s s - s s ns s s ns - s s ls s s ns ns ls ls ns

1.65-1.71 <0.05 18 - 76 + 150 + 170 70-80 r r lr r s V-0 - s s ns s s ns s - ns - s s ls s s ns ns ls ls ns

1.7 <0.03 20 - 190 + 155 + 200 120-130 r r lr r s V-0 - s s ns s s ns s - ns - s s ls s s ns ns ls s ls

2.12-2.17 <0.03 20 - 190 + 250 - 120-200 r r r r s V-0 - s s - s s ns s - ns - s s ls s s ns ns ls ls ns

2.10-2.16 <0.05 20 - 255 + 150 + 180 60-70 r r lr r s V-0 - s s - s s ns - - - - s s s s s ns ns ls s s

PROPERTIES

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

ing

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

or

wel

din

g

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us

of

elas

tici

ty

Cre

ep

tend

ency

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

Collar10 mm shortening10 mm shortening

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

1512 13 14

PAS-PVC hard

PAS-PVC-C hart

PAS-PVC transp.

PAS-PVC foamed

PAS-PVC soft

PAS-PTFE pure

PAS-PTFE KO25

PAS-PTFE GR15

PAS-PTFE KG25

PAS-PTFE GF15

PAS-PTFE GF15 Mo

PAS-PTFE GF20

PAS-PTFE GF25

PAS-PTFE Bronze 40

PAS-PTFE Bronze 60

PAS-PTFE INOX 50

PAS-PVDF

PAS-PFA

PAS-FEP

PAS-ECTFE

PAS-ETFE

PAS-MFA

PAS-PCTFE

Construction of equipment, switchgear construction

Chem. industry, construction of equipm., electroplating

Glazing, lamp enclosures, pump bodies

Lettering/labelling plates, insulation, separators

Facing/lining, swivel gates, inspection windows

Facing/lining, seals, insulation

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals, bearing bushes

Dynamic seals, bearing bushes

Dynamic seals (high pressure loads)

Filter housings, fittings, autoclave components

Anti-corrosion protection, isolators

Bearings, oil seals, telesc. parts for steering systems

Constr. of chem. apparatus, laboratory equipment

Gear wheels, pump components, laboratory articles

Semicond. industry, heavy-duty anti-corr. protection

Cryogenics, chemical industry, seals

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

din abbreviation

PVC-U

PVC-C

PVC-U T

PVC-E

PVC-P

PTFE

PTFE C25

PTFE C15

PTFE C25

PTFE GF15

PTFE Compound

PTFE GF20

PTFE GF25

PTFE Compound

PTFE Compound

PTFE Compound

PVDF

PFA

FEP

ECTFE

ETFE

MFA

PCTFE

Dry 55 / 30 3 / 20 3000 0.77 13 NB 4 0 0.6 - 1x1013 na

Dry 60 / 80 3 / 15 3000 - 15 NB 8 0 0.6 - 1x1013 na

Dry 70 / - - / 10 3200 - 17 NB 2 0 - - 1x1013 90

Dry - / 10 - / 15 700 - 2 15 8 0 - - 1x1012 na

Dry - / 15 - / 300 - - na (h) - - 0 - - 1x1011 80

Compressed 10 / >24 - / >250 750 0.73 2 NB 16 1.1 0.07 2 1x1017 na ram extruded - / 20 - / >200 - - 2 - - 0.07 1x1017

Compressed - / 12-16 - / 70-110 1300 - 3 - 8.5 2.2 0.12-0.15 4 1x103 na ram extruded - / 18.8 - / 165 - - 3 - - 0.12-0.15 1x103

Compressed - / 15-20 - / 170-280 - - 4 - - - 0.11-0.13 - 1x1012 na ram extruded - / >14 - / >70 - - 3 - - 0.11-0.13 1x1012

Compressed - / 14-18 - / 70-120 - - 3 - - - 0.11-0.14 - - na ram extruded - / >12 - / >50 - - 3 - - 0.11-0.14 -

Compressed - / 17-24 - / 250-300 - - 4 - - - 0.12 - 1x1016 na ram extruded - / >15 - / >200 - - 4 - - 0.13-0.18 1x1016

Compressed - / 15-20 - / 220-270 - - 4 - - - 0.08 - 1x1016 na ram extruded - / - - / - - - - - - - -

Compressed - / 17-22 - / 250-280 - - 4 - - - 0.11 - 1x1016 na ram extruded - / >14 - / >180 - - 3 - - - 1x1016

Compressed - / 14-21 - / 230-270 1600-1700 - 3 - - 2.2 0.13 3 1x1016 na ram extruded - / >13 - / >180 - - 3 - - 0.13-0.21 1x1016

Compressed - / 23-28 - / 200-250 - - 6 - - - 0.13 - 1x1010 na ram extruded - / - - / - - - - - - - -

Compressed - / 17-23 - / 100-160 1400 - 4 - - - 0.13 - 1x109 na ram extruded - / >13 - / >80 - - 3 - - 0.16-0.20 1x109

Compressed - / 17-23 - / 180-230 - - 4 - - - 0.13 - - na ram extruded - / 15-20 - / 120-180 - - 4 - - 0.13 -

Dry 55 / - 8 / 60 2200 - 13 NB 10 2 0.20-0.35 6 1x1013 na

Dry 13-16/24-30 - / 300 280 - 3 NB NB - 0.2-0.4 - 1x1017 -

Dry 11-13/25-30 - / 250-350 400-600 - 3 NB NB - 0.2-0.24 - 1x1018 -

Dry 29-30/46-55 - / 250-350 1600-1700 - 7 - NB - 0.2-0.24 - 1x1018 -

Dry 45-44 15 / >200 900-1300 - 11 NB NB - 0.4 - 1x1016 na

Dry 11-15/28-36 - / 250-350 440-480 - 3 NB - - - - 1x1017 -

Dry 34-50/32-40 - / 100-250 1400 - 8 NB - - 0.35 - 1x1016 na

10-00001_Faigle_EN_Klapp.indd 9-12 11.01.2010 8:28:23 Uhr

Polyvinyl chlorides (hard)

Compressed, sintered fluoroplastics

Thermoplastically processable fluoroplastics

Polyvinyl chlorides (soft)

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

main aPPliCation

going forward.

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

den

sity

• • •

•

• • •

•

•

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• • •

• •

• •

• •

• •

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

exp

ansi

on

uv

re

si-

stan

ce

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

1.38 0.20 1 - 15 + 60 + 70 70 r r nr lr ns V-0 B1 s s ns s s ns s s s ns s s s s s s s s s s

1.55 0.20 4 - 15 + 90 + 105 60 r r nr r ns V-0 B1 ls ls ns ls s ns s s s ns s s s s s s s s s s

1.38 0.15 1 - 10 + 55 + 70 70 r r nr lr ns V-0 B1 s s ns ns s ns s s s ns s s s s s s s s s s

0.5-0.55 1 1 0 + 55 + 65 66 r r nr r ns V-0 B1 ls s ns ns s ns s ls s ns s s s s s s s s ls ns

1.22 0.20 1 - 10 + 50 + 60 - lr lr nr lr ns - B2 s s ns ns ls ns ls ls ls ns s s ls ns ls s s s ls u

2.14-2.18 <0.01 6 - 200 + 260 + 300 120-130 r r r r s V-0 - ns ns ns s ls ns ns s ns ls s ns ns ns ns ns ns ns ls ls

2.05-2.11 <0.01 7 - 200 + 260 + 300 80-110 lr r r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.09-2.15 <0.01 8 - 200 + 260 + 300 110-130 lr r r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.04-2.11 <0.01 7 - 200 + 260 + 300 100-120 lr r r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.18-2.22 <0.01 8 - 200 + 260 + 300 110-130 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.20-2.30 <0.01 8 - 200 + 260 + 300 90-120 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.19-2.25 <0.01 8 - 200 + 260 + 300 90-120 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

2.22-2.25 <0.01 8 - 200 + 260 + 300 75-110 lr lr r r ns - - ns ns ns s ls ns ns ls ns ls s ns ns ns ns ns ns ns ls ns

3.05-3.12 <0.01 9 - 200 + 260 + 300 100-115 nr lr r r ns - - ns ns ns s ls ns ns ns ns ls s ns ns ns ns ns ns ns ls ns

3.80-3.90 <0.01 10 - 200 + 260 + 300 80-90 nr lr r r ns - - ns ns ns s ls ns ns ns ns ls s ns ns ns ns ns ns ns ls ns

3.36-3.41 <0.01 11 - 200 + 260 + 300 100-120 lr lr r r ns - - ns ns ns s ls ns ns ns ns ls s ns ns ns ns ns ns ns ls ns

1.78 0.05 8 - 50 + 140 + 150 130-145 r lr lr r s V-0 B1 s s ls s s ns s ns ns ns s s s s s ns ns ls s s

2.14-2.17 <0.03 20 - 190 + 260 + 280 130-200 r r r r s V-0 - s s - s s ns s - ns - s s ls s s ns ns ls ls ns

2.10-2.20 <0.01 20 - 190 + 205 - 80-120 r r r r s V-0 - s s - s s ns s s ns - s s ls s s ns ns ls ls ns

1.65-1.71 <0.05 18 - 76 + 150 + 170 70-80 r r lr r s V-0 - s s ns s s ns s - ns - s s ls s s ns ns ls ls ns

1.7 <0.03 20 - 190 + 155 + 200 120-130 r r lr r s V-0 - s s ns s s ns s - ns - s s ls s s ns ns ls s ls

2.12-2.17 <0.03 20 - 190 + 250 - 120-200 r r r r s V-0 - s s - s s ns s - ns - s s ls s s ns ns ls ls ns

2.10-2.16 <0.05 20 - 255 + 150 + 180 60-70 r r lr r s V-0 - s s - s s ns - - - - s s s s s ns ns ls s s

PROPERTIES

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

ing

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

or

wel

din

g

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us

of

elas

tici

ty

Cre

ep

tend

ency

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

Collar10 mm shortening10 mm shortening

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

1512 13 14

PAS-PVC hard

PAS-PVC-C hart

PAS-PVC transp.

PAS-PVC foamed

PAS-PVC soft

PAS-PTFE pure

PAS-PTFE KO25

PAS-PTFE GR15

PAS-PTFE KG25

PAS-PTFE GF15

PAS-PTFE GF15 Mo

PAS-PTFE GF20

PAS-PTFE GF25

PAS-PTFE Bronze 40

PAS-PTFE Bronze 60

PAS-PTFE INOX 50

PAS-PVDF

PAS-PFA

PAS-FEP

PAS-ECTFE

PAS-ETFE

PAS-MFA

PAS-PCTFE

Construction of equipment, switchgear construction

Chem. industry, construction of equipm., electroplating

Glazing, lamp enclosures, pump bodies

Lettering/labelling plates, insulation, separators

Facing/lining, swivel gates, inspection windows

Facing/lining, seals, insulation

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals (rotating; oscillating)

Dynamic seals, bearing bushes

Dynamic seals, bearing bushes

Dynamic seals (high pressure loads)

Filter housings, fittings, autoclave components

Anti-corrosion protection, isolators

Bearings, oil seals, telesc. parts for steering systems

Constr. of chem. apparatus, laboratory equipment

Gear wheels, pump components, laboratory articles

Semicond. industry, heavy-duty anti-corr. protection

Cryogenics, chemical industry, seals

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

din abbreviation

PVC-U

PVC-C

PVC-U T

PVC-E

PVC-P

PTFE

PTFE C25

PTFE C15

PTFE C25

PTFE GF15

PTFE Compound

PTFE GF20

PTFE GF25

PTFE Compound

PTFE Compound

PTFE Compound

PVDF

PFA

FEP

ECTFE

ETFE

MFA

PCTFE

Dry 55 / 30 3 / 20 3000 0.77 13 NB 4 0 0.6 - 1x1013 na

Dry 60 / 80 3 / 15 3000 - 15 NB 8 0 0.6 - 1x1013 na

Dry 70 / - - / 10 3200 - 17 NB 2 0 - - 1x1013 90

Dry - / 10 - / 15 700 - 2 15 8 0 - - 1x1012 na

Dry - / 15 - / 300 - - na (h) - - 0 - - 1x1011 80

Compressed 10 / >24 - / >250 750 0.73 2 NB 16 1.1 0.07 2 1x1017 na ram extruded - / 20 - / >200 - - 2 - - 0.07 1x1017

Compressed - / 12-16 - / 70-110 1300 - 3 - 8.5 2.2 0.12-0.15 4 1x103 na ram extruded - / 18.8 - / 165 - - 3 - - 0.12-0.15 1x103

Compressed - / 15-20 - / 170-280 - - 4 - - - 0.11-0.13 - 1x1012 na ram extruded - / >14 - / >70 - - 3 - - 0.11-0.13 1x1012

Compressed - / 14-18 - / 70-120 - - 3 - - - 0.11-0.14 - - na ram extruded - / >12 - / >50 - - 3 - - 0.11-0.14 -

Compressed - / 17-24 - / 250-300 - - 4 - - - 0.12 - 1x1016 na ram extruded - / >15 - / >200 - - 4 - - 0.13-0.18 1x1016

Compressed - / 15-20 - / 220-270 - - 4 - - - 0.08 - 1x1016 na ram extruded - / - - / - - - - - - - -

Compressed - / 17-22 - / 250-280 - - 4 - - - 0.11 - 1x1016 na ram extruded - / >14 - / >180 - - 3 - - - 1x1016

Compressed - / 14-21 - / 230-270 1600-1700 - 3 - - 2.2 0.13 3 1x1016 na ram extruded - / >13 - / >180 - - 3 - - 0.13-0.21 1x1016

Compressed - / 23-28 - / 200-250 - - 6 - - - 0.13 - 1x1010 na ram extruded - / - - / - - - - - - - -

Compressed - / 17-23 - / 100-160 1400 - 4 - - - 0.13 - 1x109 na ram extruded - / >13 - / >80 - - 3 - - 0.16-0.20 1x109

Compressed - / 17-23 - / 180-230 - - 4 - - - 0.13 - - na ram extruded - / 15-20 - / 120-180 - - 4 - - 0.13 -

Dry 55 / - 8 / 60 2200 - 13 NB 10 2 0.20-0.35 6 1x1013 na

Dry 13-16/24-30 - / 300 280 - 3 NB NB - 0.2-0.4 - 1x1017 -

Dry 11-13/25-30 - / 250-350 400-600 - 3 NB NB - 0.2-0.24 - 1x1018 -

Dry 29-30/46-55 - / 250-350 1600-1700 - 7 - NB - 0.2-0.24 - 1x1018 -

Dry 45-44 15 / >200 900-1300 - 11 NB NB - 0.4 - 1x1016 na

Dry 11-15/28-36 - / 250-350 440-480 - 3 NB - - - - 1x1017 -

Dry 34-50/32-40 - / 100-250 1400 - 8 NB - - 0.35 - 1x1016 na

10-00001_Faigle_EN_Klapp.indd 9-12 11.01.2010 8:28:23 Uhr

Polyimides

Polyetheretherketones

Polystyrene plastics

Polyphenylene sulfide

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

main aPPliCation

Polyarylsulfones

going forward.

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

den

sity

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• • •

• • •

• • •

• •

• •

• •

• •

• • •

• •

• •

•

•

•

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

ex

pan

sio

n

uv

re

sist

ance

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

1.32 0.20 16 - 60 + 260 + 300 47 r r r r s V-0 - s s ns s s s ns ns ls ns s ns ls ls ls ns ns ls s s

1.44 0.15 18 - 30 + 260 + 300 22 lr r lr r s V-0 - s s ns s s ns ns ns ls ns s ns ls ls ls ns ns ls s s

1.49 0.14 19 - 20 + 260 + 300 22 lr r lr r ns V-0 - s s ns s s ns ns ns ls ns s ns ls ls ls ns ns ls s s

1.41 0.14 19 - 20 + 260 + 300 15 lr r lr r ns V-0 - s s ns s s ns ns ns ls ns s ns ls ls ls ns ns ls s s

1.43 1.0-1.3 20 - 200 + 300 + 500 54 r lr r lr - - - ns ns ns s s s ns ns s ns s ns ns ns ns ns s s s s

1.51 0.8-1.1 20 - 200 + 300 + 500 49 r lr r lr - - - ns ns ns s s s ns ns s ns s ns ns ns ns ns s s s s

1.55 0.9-1.2 20 - 200 + 300 + 500 54 r lr r lr - - - ns ns ns s s s ns ns s ns s ns ns ns ns ns s s s s

1.27 0.75 9 - 50 + 170 + 200 45 r nr r r s V-0 - s s ns s s ns ns ns ls ns s - - s s s s s s s

1.41 2.50 20 - 200 + 250 + 270 30 lr lr lr r - V-0 - s (r) s (r) ns s (r) s - - - s - s ns ls ls s ls s s s s

1.45 1.90 20 - 200 + 250 + 270 25 lr lr lr r - V-0 - s (r) s (r) ns s (r) s - - - s - s ns ls ls s ls s s s s

1.61 1.70 20 - 200 + 250 + 270 16 lr lr lr r - V-0 - s s ns s s - - - s - s ns ls ls s ls s s s s

1.24 0.23 6 - 50 + 160 + 180 56 lr r lr nr s HB - s s ns ns s - s s s - s ns ls ls ls ns s s s s

1.37 0.70 9 - 50 + 180 + 220 55 lr r lr nr s V-0 - s s ns ns s - s - s - s ns s s s s s s s s

1.29 0.60 12 - 50 + 180 + 210 55 lr r lr nr s V-0 - s s ns ns s - - - s - s - - s s s s s s s

1.35 0.02 11 - 20 + 220 + 260 50 lr lr r lr s V-0 - s s ns ns s - - - ls - s ns s s s ns s s s s

1.43 0.03 16 - 20 + 220 + 260 50-100 - - - - - V-0 - s s ns ns s - - - ls - s ns ls ls ls ns s s s s

1.64 0.02 12 - 50 + 230 + 260 20/40 lr lr r lr s V-0 - s s ns ns s ns ns - ls - s ns ls ls ls ns s s s s

1.07 0.40 3 - 40 + 80 + 100 90 lr r lr lr s HB - s s ns ns s ns s s s ns s ls s s s s s s s s

1.07 0.35 1 - 20 + 90 + 100 90 lr r lr r - HB - s s ns ns s ns s s s ns s ls s s s s s s s s

1.05 0.10 1 - 50 + 70 + 90 100 lr r lr lr ls HB - s s ns ns s ns s s s ns s ns s s s s s s s s

1.08 0.10 1 - 20 + 85 + 95 70 lr r lr r ns HB B2 s s ns ns s s s s s s s ls s s s s s s s s

PROPERTIES

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

ing

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

orw

eld

ing

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us

of

elas

tici

ty

Cre

ep t

en-

den

cy

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

Collar10 mm shortening10 mm shortening

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

Dry 100 / - 5 / 65 4000 0.89 25 NB 6.4 4 0.58 - 1x1015 na

Dry 141 / 134 2.2 / - 9000 - 35 32 7.2 4 0.17 - na

Dry - / 155 2 / - 11400 0.93 38 40.3 10 4 - - 1x1015 na

Dry - / 220 1.8 / - 22300 0.94 54 41.4 9 4 0.28 - 1x102 na

Dry - / 86.2 - / 7.5 2413 (a) - 21 - - 4 0.29 - 1x1015 - 1x1016 na

Dry - / 65.5 - / 4.5 2895 (a) - 16 - - 4 0.12 - 0.24 - - na

Dry - / 44.8 - / 3.5 2068 (a) - 11 - - 4 0.08 - 0.12 - - na

Dry 105 / 85 6 / 60 3400 - 21 NB 3.5 0 - - 1x1013 -

Dry 152 / - 7.6 / - 4500 - 37 NB 10 4 - - 5x1018 na

Dry 113 / - 3.3 / - 6800 - 28 - 4 4 0.12 - 8x1017 na

Dry 221 / - 2.3 / - 14600 - 54 - 3.5 4 - - 1x1018 na

Dry 80 / - - / 15 2600 20 NB 5.3 - - - 1x1014 -

Dry 90 / - 6 / 15 2700 0.96 22 NB 7 - 0.68 - 1x1014 -

Dry 76 / - - / 30 2500 - 19 NB 10 - - - 1x1013 -

Dry 90 / - - / 3 4150 - 22 50 - - - - 1x1015 -

Dry - / 75 - / 5 4250 - 18 25 3.5 - 0.21 - 1x1013 -

Dry 185 / 185 - / 2 14000 0.93 45 40 8 - 0.5 - 1x1015 -

Dry 45 / 37 2.8 / 20 2400 0.65 11 NB 11 0 0.5 - 0.81 - 1x1014 na

Dry 47 / 30 3.3 / 12 2200 0.56 12 270 30 0 - - 1x1013 na

Dry 17 / 17 2 / 35 1850 0.9 4 40 7 0 - - 1x1013 na

Dry - / 67 - / 2.5 3700 0.64 16 21 2.5 0 - - 1x1014 86

1916 17 18

PAS-PEEK

PAS-PEEK mod

PAS-PEEK GF30

PAS-PEEK CF30

Vespel® SP1

Vespel® SP21

Vespel® SP211

PAS-PEI

PAS-PAI 4203 + 4503

PAS-PAI 4301 + 4501

PAS-PAI 5530

PAS-SUL

PAS-PES

PAS-PPSU

PAS-PPs

PAS-PPS mod

PAS-PPS GF40

PAS-ABS

PAS-ASA

PAS-PS impact resistant

PAS-SAN Sunlife

Vacuum technology, bearings, seals, gear wheels

Sliding parts, wearing parts (high-temperature)

Bearing cages, coil bodies, pump impellers

Pump wear rings, bearing cages

Valve seats, seals, isolators

Bearings, valve seats, sealing rings

Bearing bushes, thrust washers

Electric insulators, instrument handles (medical)

Electric HT connectors, labyrinth seals

Dry-running sliding elements, tin can openers

Chip mounting devices, semiconductor industry

Sterilisable components (medical), hot water containers

Disinfection & dialysis devices, PCBs

Disinfection & dialysis devices, PCBs

Pump enclosures, valves, PCBs

Switches, relays, hubs, valves

Pump housings, valves, rotors, apparatus/equipment

Fittings, enclosures, components for sanitary systems

Solar panels, external body components

Workpiece carriers, displays, advertising boards

Enclosures, containers, switch panel covers

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

din abbreviation

PEEK

PEEK mod

PEEK GF30

PEEK CF30

PI

PI C15

PI Compound

PEI

PAI

PAI Compound

PAI GF30

PSU

PES

PPSU

PPS

PPS mod

PPS GF40

ABS

ASA

SB

SAN

10-00001_Faigle_EN_Klapp.indd 13-16 11.01.2010 8:28:24 Uhr

Polyimides

Polyetheretherketones

Polystyrene plastics

Polyphenylene sulfide

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

main aPPliCation

Polyarylsulfones

going forward.

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

den

sity

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• • •

• • •

• • •

• •

• •

• •

• •

• • •

• •

• •

•

•

•

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

ex

pan

sio

n

uv

re

sist

ance

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

1.32 0.20 16 - 60 + 260 + 300 47 r r r r s V-0 - s s ns s s s ns ns ls ns s ns ls ls ls ns ns ls s s

1.44 0.15 18 - 30 + 260 + 300 22 lr r lr r s V-0 - s s ns s s ns ns ns ls ns s ns ls ls ls ns ns ls s s

1.49 0.14 19 - 20 + 260 + 300 22 lr r lr r ns V-0 - s s ns s s ns ns ns ls ns s ns ls ls ls ns ns ls s s

1.41 0.14 19 - 20 + 260 + 300 15 lr r lr r ns V-0 - s s ns s s ns ns ns ls ns s ns ls ls ls ns ns ls s s

1.43 1.0-1.3 20 - 200 + 300 + 500 54 r lr r lr - - - ns ns ns s s s ns ns s ns s ns ns ns ns ns s s s s

1.51 0.8-1.1 20 - 200 + 300 + 500 49 r lr r lr - - - ns ns ns s s s ns ns s ns s ns ns ns ns ns s s s s

1.55 0.9-1.2 20 - 200 + 300 + 500 54 r lr r lr - - - ns ns ns s s s ns ns s ns s ns ns ns ns ns s s s s

1.27 0.75 9 - 50 + 170 + 200 45 r nr r r s V-0 - s s ns s s ns ns ns ls ns s - - s s s s s s s

1.41 2.50 20 - 200 + 250 + 270 30 lr lr lr r - V-0 - s (r) s (r) ns s (r) s - - - s - s ns ls ls s ls s s s s

1.45 1.90 20 - 200 + 250 + 270 25 lr lr lr r - V-0 - s (r) s (r) ns s (r) s - - - s - s ns ls ls s ls s s s s

1.61 1.70 20 - 200 + 250 + 270 16 lr lr lr r - V-0 - s s ns s s - - - s - s ns ls ls s ls s s s s

1.24 0.23 6 - 50 + 160 + 180 56 lr r lr nr s HB - s s ns ns s - s s s - s ns ls ls ls ns s s s s

1.37 0.70 9 - 50 + 180 + 220 55 lr r lr nr s V-0 - s s ns ns s - s - s - s ns s s s s s s s s

1.29 0.60 12 - 50 + 180 + 210 55 lr r lr nr s V-0 - s s ns ns s - - - s - s - - s s s s s s s

1.35 0.02 11 - 20 + 220 + 260 50 lr lr r lr s V-0 - s s ns ns s - - - ls - s ns s s s ns s s s s

1.43 0.03 16 - 20 + 220 + 260 50-100 - - - - - V-0 - s s ns ns s - - - ls - s ns ls ls ls ns s s s s

1.64 0.02 12 - 50 + 230 + 260 20/40 lr lr r lr s V-0 - s s ns ns s ns ns - ls - s ns ls ls ls ns s s s s

1.07 0.40 3 - 40 + 80 + 100 90 lr r lr lr s HB - s s ns ns s ns s s s ns s ls s s s s s s s s

1.07 0.35 1 - 20 + 90 + 100 90 lr r lr r - HB - s s ns ns s ns s s s ns s ls s s s s s s s s

1.05 0.10 1 - 50 + 70 + 90 100 lr r lr lr ls HB - s s ns ns s ns s s s ns s ns s s s s s s s s

1.08 0.10 1 - 20 + 85 + 95 70 lr r lr r ns HB B2 s s ns ns s s s s s s s ls s s s s s s s s

PROPERTIES

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

ing

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

orw

eld

ing

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us

of

elas

tici

ty

Cre

ep t

en-

den

cy

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

Collar10 mm shortening10 mm shortening

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

Dry 100 / - 5 / 65 4000 0.89 25 NB 6.4 4 0.58 - 1x1015 na

Dry 141 / 134 2.2 / - 9000 - 35 32 7.2 4 0.17 - na

Dry - / 155 2 / - 11400 0.93 38 40.3 10 4 - - 1x1015 na

Dry - / 220 1.8 / - 22300 0.94 54 41.4 9 4 0.28 - 1x102 na

Dry - / 86.2 - / 7.5 2413 (a) - 21 - - 4 0.29 - 1x1015 - 1x1016 na

Dry - / 65.5 - / 4.5 2895 (a) - 16 - - 4 0.12 - 0.24 - - na

Dry - / 44.8 - / 3.5 2068 (a) - 11 - - 4 0.08 - 0.12 - - na

Dry 105 / 85 6 / 60 3400 - 21 NB 3.5 0 - - 1x1013 -

Dry 152 / - 7.6 / - 4500 - 37 NB 10 4 - - 5x1018 na

Dry 113 / - 3.3 / - 6800 - 28 - 4 4 0.12 - 8x1017 na

Dry 221 / - 2.3 / - 14600 - 54 - 3.5 4 - - 1x1018 na

Dry 80 / - - / 15 2600 20 NB 5.3 - - - 1x1014 -

Dry 90 / - 6 / 15 2700 0.96 22 NB 7 - 0.68 - 1x1014 -

Dry 76 / - - / 30 2500 - 19 NB 10 - - - 1x1013 -

Dry 90 / - - / 3 4150 - 22 50 - - - - 1x1015 -

Dry - / 75 - / 5 4250 - 18 25 3.5 - 0.21 - 1x1013 -

Dry 185 / 185 - / 2 14000 0.93 45 40 8 - 0.5 - 1x1015 -

Dry 45 / 37 2.8 / 20 2400 0.65 11 NB 11 0 0.5 - 0.81 - 1x1014 na

Dry 47 / 30 3.3 / 12 2200 0.56 12 270 30 0 - - 1x1013 na

Dry 17 / 17 2 / 35 1850 0.9 4 40 7 0 - - 1x1013 na

Dry - / 67 - / 2.5 3700 0.64 16 21 2.5 0 - - 1x1014 86

1916 17 18

PAS-PEEK

PAS-PEEK mod

PAS-PEEK GF30

PAS-PEEK CF30

Vespel® SP1

Vespel® SP21

Vespel® SP211

PAS-PEI

PAS-PAI 4203 + 4503

PAS-PAI 4301 + 4501

PAS-PAI 5530

PAS-SUL

PAS-PES

PAS-PPSU

PAS-PPs

PAS-PPS mod

PAS-PPS GF40

PAS-ABS

PAS-ASA

PAS-PS impact resistant

PAS-SAN Sunlife

Vacuum technology, bearings, seals, gear wheels

Sliding parts, wearing parts (high-temperature)

Bearing cages, coil bodies, pump impellers

Pump wear rings, bearing cages

Valve seats, seals, isolators

Bearings, valve seats, sealing rings

Bearing bushes, thrust washers

Electric insulators, instrument handles (medical)

Electric HT connectors, labyrinth seals

Dry-running sliding elements, tin can openers

Chip mounting devices, semiconductor industry

Sterilisable components (medical), hot water containers

Disinfection & dialysis devices, PCBs

Disinfection & dialysis devices, PCBs

Pump enclosures, valves, PCBs

Switches, relays, hubs, valves

Pump housings, valves, rotors, apparatus/equipment

Fittings, enclosures, components for sanitary systems

Solar panels, external body components

Workpiece carriers, displays, advertising boards

Enclosures, containers, switch panel covers

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

din abbreviation

PEEK

PEEK mod

PEEK GF30

PEEK CF30

PI

PI C15

PI Compound

PEI

PAI

PAI Compound

PAI GF30

PSU

PES

PPSU

PPS

PPS mod

PPS GF40

ABS

ASA

SB

SAN

10-00001_Faigle_EN_Klapp.indd 13-16 11.01.2010 8:28:24 Uhr

Polyimides

Polyetheretherketones

Polystyrene plastics

Polyphenylene sulfide

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

main aPPliCation

Polyarylsulfones

going forward.

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

den

sity

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• • •

• • •

• • •

• •

• •

• •

• •

• • •

• •

• •

•

•

•

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

ex

pan

sio

n

uv

re

sist

ance

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

1.32 0.20 16 - 60 + 260 + 300 47 r r r r s V-0 - s s ns s s s ns ns ls ns s ns ls ls ls ns ns ls s s

1.44 0.15 18 - 30 + 260 + 300 22 lr r lr r s V-0 - s s ns s s ns ns ns ls ns s ns ls ls ls ns ns ls s s

1.49 0.14 19 - 20 + 260 + 300 22 lr r lr r ns V-0 - s s ns s s ns ns ns ls ns s ns ls ls ls ns ns ls s s

1.41 0.14 19 - 20 + 260 + 300 15 lr r lr r ns V-0 - s s ns s s ns ns ns ls ns s ns ls ls ls ns ns ls s s

1.43 1.0-1.3 20 - 200 + 300 + 500 54 r lr r lr - - - ns ns ns s s s ns ns s ns s ns ns ns ns ns s s s s

1.51 0.8-1.1 20 - 200 + 300 + 500 49 r lr r lr - - - ns ns ns s s s ns ns s ns s ns ns ns ns ns s s s s

1.55 0.9-1.2 20 - 200 + 300 + 500 54 r lr r lr - - - ns ns ns s s s ns ns s ns s ns ns ns ns ns s s s s

1.27 0.75 9 - 50 + 170 + 200 45 r nr r r s V-0 - s s ns s s ns ns ns ls ns s - - s s s s s s s

1.41 2.50 20 - 200 + 250 + 270 30 lr lr lr r - V-0 - s (r) s (r) ns s (r) s - - - s - s ns ls ls s ls s s s s

1.45 1.90 20 - 200 + 250 + 270 25 lr lr lr r - V-0 - s (r) s (r) ns s (r) s - - - s - s ns ls ls s ls s s s s

1.61 1.70 20 - 200 + 250 + 270 16 lr lr lr r - V-0 - s s ns s s - - - s - s ns ls ls s ls s s s s

1.24 0.23 6 - 50 + 160 + 180 56 lr r lr nr s HB - s s ns ns s - s s s - s ns ls ls ls ns s s s s

1.37 0.70 9 - 50 + 180 + 220 55 lr r lr nr s V-0 - s s ns ns s - s - s - s ns s s s s s s s s

1.29 0.60 12 - 50 + 180 + 210 55 lr r lr nr s V-0 - s s ns ns s - - - s - s - - s s s s s s s

1.35 0.02 11 - 20 + 220 + 260 50 lr lr r lr s V-0 - s s ns ns s - - - ls - s ns s s s ns s s s s

1.43 0.03 16 - 20 + 220 + 260 50-100 - - - - - V-0 - s s ns ns s - - - ls - s ns ls ls ls ns s s s s

1.64 0.02 12 - 50 + 230 + 260 20/40 lr lr r lr s V-0 - s s ns ns s ns ns - ls - s ns ls ls ls ns s s s s

1.07 0.40 3 - 40 + 80 + 100 90 lr r lr lr s HB - s s ns ns s ns s s s ns s ls s s s s s s s s

1.07 0.35 1 - 20 + 90 + 100 90 lr r lr r - HB - s s ns ns s ns s s s ns s ls s s s s s s s s

1.05 0.10 1 - 50 + 70 + 90 100 lr r lr lr ls HB - s s ns ns s ns s s s ns s ns s s s s s s s s

1.08 0.10 1 - 20 + 85 + 95 70 lr r lr r ns HB B2 s s ns ns s s s s s s s ls s s s s s s s s

PROPERTIES

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

ing

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

orw

eld

ing

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us

of

elas

tici

ty

Cre

ep t

en-

den

cy

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

Collar10 mm shortening10 mm shortening

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

Dry 100 / - 5 / 65 4000 0.89 25 NB 6.4 4 0.58 - 1x1015 na

Dry 141 / 134 2.2 / - 9000 - 35 32 7.2 4 0.17 - na

Dry - / 155 2 / - 11400 0.93 38 40.3 10 4 - - 1x1015 na

Dry - / 220 1.8 / - 22300 0.94 54 41.4 9 4 0.28 - 1x102 na

Dry - / 86.2 - / 7.5 2413 (a) - 21 - - 4 0.29 - 1x1015 - 1x1016 na

Dry - / 65.5 - / 4.5 2895 (a) - 16 - - 4 0.12 - 0.24 - - na

Dry - / 44.8 - / 3.5 2068 (a) - 11 - - 4 0.08 - 0.12 - - na

Dry 105 / 85 6 / 60 3400 - 21 NB 3.5 0 - - 1x1013 -

Dry 152 / - 7.6 / - 4500 - 37 NB 10 4 - - 5x1018 na

Dry 113 / - 3.3 / - 6800 - 28 - 4 4 0.12 - 8x1017 na

Dry 221 / - 2.3 / - 14600 - 54 - 3.5 4 - - 1x1018 na

Dry 80 / - - / 15 2600 20 NB 5.3 - - - 1x1014 -

Dry 90 / - 6 / 15 2700 0.96 22 NB 7 - 0.68 - 1x1014 -

Dry 76 / - - / 30 2500 - 19 NB 10 - - - 1x1013 -

Dry 90 / - - / 3 4150 - 22 50 - - - - 1x1015 -

Dry - / 75 - / 5 4250 - 18 25 3.5 - 0.21 - 1x1013 -

Dry 185 / 185 - / 2 14000 0.93 45 40 8 - 0.5 - 1x1015 -

Dry 45 / 37 2.8 / 20 2400 0.65 11 NB 11 0 0.5 - 0.81 - 1x1014 na

Dry 47 / 30 3.3 / 12 2200 0.56 12 270 30 0 - - 1x1013 na

Dry 17 / 17 2 / 35 1850 0.9 4 40 7 0 - - 1x1013 na

Dry - / 67 - / 2.5 3700 0.64 16 21 2.5 0 - - 1x1014 86

1916 17 18

PAS-PEEK

PAS-PEEK mod

PAS-PEEK GF30

PAS-PEEK CF30

Vespel® SP1

Vespel® SP21

Vespel® SP211

PAS-PEI

PAS-PAI 4203 + 4503

PAS-PAI 4301 + 4501

PAS-PAI 5530

PAS-SUL

PAS-PES

PAS-PPSU

PAS-PPs

PAS-PPS mod

PAS-PPS GF40

PAS-ABS

PAS-ASA

PAS-PS impact resistant

PAS-SAN Sunlife

Vacuum technology, bearings, seals, gear wheels

Sliding parts, wearing parts (high-temperature)

Bearing cages, coil bodies, pump impellers

Pump wear rings, bearing cages

Valve seats, seals, isolators

Bearings, valve seats, sealing rings

Bearing bushes, thrust washers

Electric insulators, instrument handles (medical)

Electric HT connectors, labyrinth seals

Dry-running sliding elements, tin can openers

Chip mounting devices, semiconductor industry

Sterilisable components (medical), hot water containers

Disinfection & dialysis devices, PCBs

Disinfection & dialysis devices, PCBs

Pump enclosures, valves, PCBs

Switches, relays, hubs, valves

Pump housings, valves, rotors, apparatus/equipment

Fittings, enclosures, components for sanitary systems

Solar panels, external body components

Workpiece carriers, displays, advertising boards

Enclosures, containers, switch panel covers

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

din abbreviation

PEEK

PEEK mod

PEEK GF30

PEEK CF30

PI

PI C15

PI Compound

PEI

PAI

PAI Compound

PAI GF30

PSU

PES

PPSU

PPS

PPS mod

PPS GF40

ABS

ASA

SB

SAN

10-00001_Faigle_EN_Klapp.indd 13-16 11.01.2010 8:28:24 Uhr

Polyimides

Polyetheretherketones

Polystyrene plastics

Polyphenylene sulfide

Polymer grouP

TECHNICAL APPLICATION INFORMATIONfaigle Works designation

main aPPliCation

Polyarylsulfones

going forward.

ro

ds

Pla

te

s

Ho

llo

W r

od

st

ub

es

- No data available

na Not applicable, not relevant

NB No break

PB Partial break

nr Not resistant

lr Limited resistance

r Resistant

ns Not suitable

ls Limited suitability

s Suitable

den

sity

• • •

• • •

• • •

• • •

• • •

• • •

• • •

• •

• • •

• • •

• • •

• •

• •

• •

• •

• • •

• •

• •

•

•

•

mo

istu

reab

sorp

tio

n

volu

me

pri

ce

the

rmal

ex

pan

sio

n

uv

re

sist

ance

Phy

sio

log

y

Chemicalresistance

usagetemperature [°C] manufacturing method machining Connection technologies

1.32 0.20 16 - 60 + 260 + 300 47 r r r r s V-0 - s s ns s s s ns ns ls ns s ns ls ls ls ns ns ls s s

1.44 0.15 18 - 30 + 260 + 300 22 lr r lr r s V-0 - s s ns s s ns ns ns ls ns s ns ls ls ls ns ns ls s s

1.49 0.14 19 - 20 + 260 + 300 22 lr r lr r ns V-0 - s s ns s s ns ns ns ls ns s ns ls ls ls ns ns ls s s

1.41 0.14 19 - 20 + 260 + 300 15 lr r lr r ns V-0 - s s ns s s ns ns ns ls ns s ns ls ls ls ns ns ls s s

1.43 1.0-1.3 20 - 200 + 300 + 500 54 r lr r lr - - - ns ns ns s s s ns ns s ns s ns ns ns ns ns s s s s

1.51 0.8-1.1 20 - 200 + 300 + 500 49 r lr r lr - - - ns ns ns s s s ns ns s ns s ns ns ns ns ns s s s s

1.55 0.9-1.2 20 - 200 + 300 + 500 54 r lr r lr - - - ns ns ns s s s ns ns s ns s ns ns ns ns ns s s s s

1.27 0.75 9 - 50 + 170 + 200 45 r nr r r s V-0 - s s ns s s ns ns ns ls ns s - - s s s s s s s

1.41 2.50 20 - 200 + 250 + 270 30 lr lr lr r - V-0 - s (r) s (r) ns s (r) s - - - s - s ns ls ls s ls s s s s

1.45 1.90 20 - 200 + 250 + 270 25 lr lr lr r - V-0 - s (r) s (r) ns s (r) s - - - s - s ns ls ls s ls s s s s

1.61 1.70 20 - 200 + 250 + 270 16 lr lr lr r - V-0 - s s ns s s - - - s - s ns ls ls s ls s s s s

1.24 0.23 6 - 50 + 160 + 180 56 lr r lr nr s HB - s s ns ns s - s s s - s ns ls ls ls ns s s s s

1.37 0.70 9 - 50 + 180 + 220 55 lr r lr nr s V-0 - s s ns ns s - s - s - s ns s s s s s s s s

1.29 0.60 12 - 50 + 180 + 210 55 lr r lr nr s V-0 - s s ns ns s - - - s - s - - s s s s s s s

1.35 0.02 11 - 20 + 220 + 260 50 lr lr r lr s V-0 - s s ns ns s - - - ls - s ns s s s ns s s s s

1.43 0.03 16 - 20 + 220 + 260 50-100 - - - - - V-0 - s s ns ns s - - - ls - s ns ls ls ls ns s s s s

1.64 0.02 12 - 50 + 230 + 260 20/40 lr lr r lr s V-0 - s s ns ns s ns ns - ls - s ns ls ls ls ns s s s s

1.07 0.40 3 - 40 + 80 + 100 90 lr r lr lr s HB - s s ns ns s ns s s s ns s ls s s s s s s s s

1.07 0.35 1 - 20 + 90 + 100 90 lr r lr r - HB - s s ns ns s ns s s s ns s ls s s s s s s s s

1.05 0.10 1 - 50 + 70 + 90 100 lr r lr lr ls HB - s s ns ns s ns s s s ns s ns s s s s s s s s

1.08 0.10 1 - 20 + 85 + 95 70 lr r lr r ns HB B2 s s ns ns s s s s s s s ls s s s s s s s s

PROPERTIES

[g/c

m3 ]

[%]

Min

. dur

atio

n

Max

. dur

atio

n

Max

. sho

rt

Leng

thw

ays

/ ac

ross

10-6

x K

-1

Aci

ds

Alk

alin

es

Sol

vent

s

UL

94

DIN

410

2

Inje

ctio

n m

ould

ing

Ext

rusi

on

Sta

nd, fi

nish

ed

& c

entr

ifuga

l ca

stin

g

Pre

ssin

g /

sint

er-

ing

Mec

h.

mac

hini

ng

Pol

ishi

ng

Dee

p-d

raw

ing

Ben

din

g, fo

ldin

g

Prin

ting,

pai

ntin

g

Lase

r cu

ttin

g

Wat

er je

t cu

ttin

g

Hot

air

wel

din

g

Mirr

orw

eld

ing

Fric

tion

wel

din

g

Ultr

ason

icw

eld

ing

Sol

vent

bon

din

g

Con

tact

bon

din

g

2-co

mp

onen

tb

ond

ing

Scr

ew-i

n

1 =

low

20

= h

igh

Sna

p-i

n

Fire behaviour

sam

ple

bo

dy

cond

itio

n

yie

ld /

b

reak

age

stre

ss

yie

ld /

b

reak

ing

el

ong

atio

n

mo

dul

us

of

elas

tici

ty

Cre

ep t

en-

den

cy

max

. per

m.

com

pre

ssiv

est

ress

imp

act

stre

ngth

not

ch im

pact

stre

ngth

p-v

val

ue

Wea

rre

sist

ance

dyn

amic

co

effi

cien

t

of

fric

tio

n (l)

sur

face

resi

stan

ce

lig

httr

ansm

issi

on

[N/m

m2 ]

[%]

[N/m

m2 ]

[N/m

m2 ]

[kJ/

m2 ]

[kJ/

m2 ]

DIN

410

2

Dry

run

ning

, av

erag

e sp

eed

(rel

ativ

e co

mp

aris

on)

[%]

Collar10 mm shortening10 mm shortening

Please note: This table is a simplified overview. The suitability PAS® materials for use in particular applications must be tested in practical trials. We are happy to advise on specific applica-tions.

( a ) Pressure test( b ) 4203 / 4301 Extrusion type - 4503 / 4501 press/sinter type( c ) Wear to the running partner( d ) Thermoplastic polyurethane can be processed( e ) Moisture absorption depends on the wall thickness( f ) Also available in porous form( g ) High joining pressure required( h ) High deformation depending on hardness

( i ) Moisture absorption under standard climate conditions (23°C, 50% relative humidity)( j ) Average value within the usage temperature( k ) Permitted for a maximum of 10 years of use at an increased usage temperature of 40°C( l ) Average value, dependent upon the particular operating conditions( m ) Dependent upon the sample thickness

Dry 100 / - 5 / 65 4000 0.89 25 NB 6.4 4 0.58 - 1x1015 na

Dry 141 / 134 2.2 / - 9000 - 35 32 7.2 4 0.17 - na

Dry - / 155 2 / - 11400 0.93 38 40.3 10 4 - - 1x1015 na

Dry - / 220 1.8 / - 22300 0.94 54 41.4 9 4 0.28 - 1x102 na

Dry - / 86.2 - / 7.5 2413 (a) - 21 - - 4 0.29 - 1x1015 - 1x1016 na

Dry - / 65.5 - / 4.5 2895 (a) - 16 - - 4 0.12 - 0.24 - - na

Dry - / 44.8 - / 3.5 2068 (a) - 11 - - 4 0.08 - 0.12 - - na

Dry 105 / 85 6 / 60 3400 - 21 NB 3.5 0 - - 1x1013 -

Dry 152 / - 7.6 / - 4500 - 37 NB 10 4 - - 5x1018 na

Dry 113 / - 3.3 / - 6800 - 28 - 4 4 0.12 - 8x1017 na

Dry 221 / - 2.3 / - 14600 - 54 - 3.5 4 - - 1x1018 na

Dry 80 / - - / 15 2600 20 NB 5.3 - - - 1x1014 -

Dry 90 / - 6 / 15 2700 0.96 22 NB 7 - 0.68 - 1x1014 -

Dry 76 / - - / 30 2500 - 19 NB 10 - - - 1x1013 -

Dry 90 / - - / 3 4150 - 22 50 - - - - 1x1015 -

Dry - / 75 - / 5 4250 - 18 25 3.5 - 0.21 - 1x1013 -

Dry 185 / 185 - / 2 14000 0.93 45 40 8 - 0.5 - 1x1015 -

Dry 45 / 37 2.8 / 20 2400 0.65 11 NB 11 0 0.5 - 0.81 - 1x1014 na

Dry 47 / 30 3.3 / 12 2200 0.56 12 270 30 0 - - 1x1013 na

Dry 17 / 17 2 / 35 1850 0.9 4 40 7 0 - - 1x1013 na

Dry - / 67 - / 2.5 3700 0.64 16 21 2.5 0 - - 1x1014 86

1916 17 18

PAS-PEEK

PAS-PEEK mod

PAS-PEEK GF30

PAS-PEEK CF30

Vespel® SP1

Vespel® SP21

Vespel® SP211

PAS-PEI

PAS-PAI 4203 + 4503

PAS-PAI 4301 + 4501

PAS-PAI 5530

PAS-SUL

PAS-PES

PAS-PPSU

PAS-PPs

PAS-PPS mod

PAS-PPS GF40

PAS-ABS

PAS-ASA

PAS-PS impact resistant

PAS-SAN Sunlife

Vacuum technology, bearings, seals, gear wheels

Sliding parts, wearing parts (high-temperature)

Bearing cages, coil bodies, pump impellers

Pump wear rings, bearing cages

Valve seats, seals, isolators

Bearings, valve seats, sealing rings

Bearing bushes, thrust washers

Electric insulators, instrument handles (medical)

Electric HT connectors, labyrinth seals

Dry-running sliding elements, tin can openers

Chip mounting devices, semiconductor industry

Sterilisable components (medical), hot water containers

Disinfection & dialysis devices, PCBs

Disinfection & dialysis devices, PCBs

Pump enclosures, valves, PCBs

Switches, relays, hubs, valves

Pump housings, valves, rotors, apparatus/equipment

Fittings, enclosures, components for sanitary systems

Solar panels, external body components

Workpiece carriers, displays, advertising boards

Enclosures, containers, switch panel covers

Wear resistance: < 4 very good, 3 good, 2 average, > 1 poor. p-v value: 20 tribologically very well suited, 0 tribologically unsuitable

din abbreviation

PEEK

PEEK mod

PEEK GF30

PEEK CF30

PI

PI C15

PI Compound

PEI

PAI

PAI Compound

PAI GF30

PSU

PES

PPSU

PPS

PPS mod

PPS GF40

ABS

ASA

SB

SAN

10-00001_Faigle_EN_Klapp.indd 13-16 11.01.2010 8:28:24 Uhr

PROCESSING GUIDELINES

20 PROCESSING GUIDELINES

POLYMER GROUP

Acetal & ether thermoplastics

Nitrogenthermoplastics

Polyolefins

Ester thermoplastics

Chloroplastics

Fluoroplastics

PAS-46 20-30 2.5 500-2000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 400-700 5-15 10-20 90 40-150 0.1-0.3

PAS-60 20-30 2.5 500-2000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 400-700 5-15 10-20 90 40-150 0.1-0.3

PAS-80 Types 20-30 2.5 500-2000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 400-700 5-15 10-20 90 40-150 0.1-0.3

PAS-110 20-30 2.5 500-2000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 400-700 5-15 10-20 90 40-150 0.1-0.3

PAS-120 20-30 2.5 500-2000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 400-700 5-15 10-20 90 40-150 0.1-0.3

IGOPAS types 20-30 2.5 500-2000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 400-700 5-15 10-20 90 40-150 0.1-0.3

PAS-PU 20-30 2.5 500-2000 3-8 6-15 15-25 20 100-500 0.1-0.3 10 15-25 200-500 12-16 10 80 40-50 0.01-0.04

PAS-L types 20-30 0-5 2000 2-5 6-8 0-5 0-45 300-600 0.1-0.4 5-15 5-15 250-500 5-10 15-30 90 50-200 0.1-0.3

PAS-PPE 15-30 5-8 2000 3-8 5-10 6-8 0-45 300 0.1-0.5 10-20 5-15 300 8-10 10-20 90 50-100 0.2-0.3

PAS-PE types 20-30 2-5 2000-3000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 250-500 5-15 10-20 90 50-200 0.1-0.3

PAS-PP types 20-30 2-5 2000-3000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 250-500 5-15 10-20 90 50-200 0.1-0.3

PAS-POT types 15-30 5-8 1000 3-8 5-10 0-5 0-45 300-400 0.2-0.4 5-15 5-15 300 5-15 10-20 90 50-100 0.2-0.3

PAS-PC types 15-30 5-8 1000-2000 3-8 5-10 6-8 15 300 0.1-0.5 10-20 5-15 300 8.10 10-20 10-20 90 0.2-0.3

PAS-PMMA types 15-30 5-8 2000 3-8 5-10 6-8 15 300 0.1-0.5 10-20 5-15 300 8.10 10-20 10-20 90 0.2-0.3

PAS-PVC types 5-10 0-5 1200 3 8-10 0-5 50-60 200-750 0.3-0.5 5-10 0-15 1000 5-10 3-5 60-100 30-120 0.1-0.5

PAS-PTFE types 20-30 5-8 2000 2-5 10 5-8 10 150-300 0.1-0.3 5-15 5-15 250-500 10-16 5-20 130 150-200 0.1-0.3

PAS-PVDF 5-10 0-10 1000-2500 2-5 5-12 5-15 10 150-500 0.1-0.3 5-15 5-15 250-500 10-16 5-20 110-130 150-300 0.1-0.3

PAS-PEEK types 15-30 0.5 2000 2-5 6-8 0-5 0-45 150-200 0.1-0.3 2-10 1-5 250-300 3-10 10-25 90 20-150 0.1-0.3

PAS-PEI 10-15 0-15 2000 2-5 5-10 10 45-60 150-400 0.2-0.3 10-20 5-15 200 8-15 10-20 60-90 50-100 0.1-0.4

PAS-PAI types 10-15 0-15 2000-3000 8-25 5-10 3-5 90-120 50-80 0.1-0.3 5-15 0-15 50-150 5-15 0-10 0-45 100-200 0.05-0.3

PAS-SUL 15-30 0-4 2000 2-5 6 0 0-45 150-300 0.1-0.3 2-10 1-5 250-300 3-10 10-20 90 20-80 0.1-0.3

PAS-PES 10-15 0-15 2000 2-5 5-10 10 45-60 150-400 0.2-0.3 10-20 5-15 200 8-15 10-20 60-90 50-100 0.1-0.4

PAS-PPSU 10-15 0-15 1000-3000 8-25 5-10 3-5 90-120 50-100 0.1-0.3 5-15 0-15 200-400 5-15 0-10 0-45 200-400 0.05-0.4

PAS-PPS types 10-15 0-15 1000-3000 8-25 5-10 3-5 90-120 50-80 0.1-0.3 5-15 0-15 50-150 5-15 0-10 0-45 100-200 0.05-0.3

PAS-ABS 15-30 0-5 2000 2-8 5-15 25-30 15 200-500 0.2-0.5 5-10 0-10 200-300 8-12 10-30 90 50-200 0.2-0.3

PAS-ASA 15-30 0-5 2000 2-8 5-15 25-30 15 200-500 0.2-0.5 5-10 0-10 200-300 8-12 10-30 90 50-200 0.2-0.3

PAS-PS 15-30 0-5 2000 2-8 5-15 25-30 15 200-500 0.2-0.5 5-10 0-10 200-300 8-12 10-30 90 50-200 0.2-0.3

PAS-SAN Sunlife 15-30 0-5 2000 2-8 5-15 25-30 15 200-500 0.2-0.5 5-10 0-10 200-300 8-12 10-30 90 50-200 0.2-0.3

GF types | GK types | CF types 15-30 10-15 500-1500 3-5 6-8 2-8 0-45 150-200 0.1-0.5 15-30 6-10 80-100 6 5-10 120 80-100 0.1-0.3

High-performance polymers

Polystyrene plastics

Reinforced polymers

SAWING

5

5

5

5

5

5

5

2

2

2

2

431

2

1

5

3

1

4

1

1

1

V t

S

t

Processing guidelines for materials not covered here are available on request.

Relief angle (°) Cutting angle (°) Adjustment angle (°) Point angle (°)

Cutting speed (mm/U) Feed rate (mm/revolution) Tooth pitchV S t

10-00001_Faigle_EN_Innen.indd 6 11.01.2010 8:17:44 Uhr

PROCESSING GUIDELINES 21

Going forward.

PROCESSING GUIDELINES

PAS-46 20-30 2.5 500-2000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 400-700 5-15 10-20 90 40-150 0.1-0.3

PAS-60 20-30 2.5 500-2000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 400-700 5-15 10-20 90 40-150 0.1-0.3

PAS-80 Types 20-30 2.5 500-2000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 400-700 5-15 10-20 90 40-150 0.1-0.3

PAS-110 20-30 2.5 500-2000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 400-700 5-15 10-20 90 40-150 0.1-0.3

PAS-120 20-30 2.5 500-2000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 400-700 5-15 10-20 90 40-150 0.1-0.3

IGOPAS types 20-30 2.5 500-2000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 400-700 5-15 10-20 90 40-150 0.1-0.3

PAS-PU 20-30 2.5 500-2000 3-8 6-15 15-25 20 100-500 0.1-0.3 10 15-25 200-500 12-16 10 80 40-50 0.01-0.04

PAS-L types 20-30 0-5 2000 2-5 6-8 0-5 0-45 300-600 0.1-0.4 5-15 5-15 250-500 5-10 15-30 90 50-200 0.1-0.3

PAS-PPE 15-30 5-8 2000 3-8 5-10 6-8 0-45 300 0.1-0.5 10-20 5-15 300 8-10 10-20 90 50-100 0.2-0.3

PAS-PE types 20-30 2-5 2000-3000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 250-500 5-15 10-20 90 50-200 0.1-0.3

PAS-PP types 20-30 2-5 2000-3000 3-8 6-10 0-5 0-45 250-500 0.1-0.5 10-20 5-15 250-500 5-15 10-20 90 50-200 0.1-0.3

PAS-POT types 15-30 5-8 1000 3-8 5-10 0-5 0-45 300-400 0.2-0.4 5-15 5-15 300 5-15 10-20 90 50-100 0.2-0.3

PAS-PC types 15-30 5-8 1000-2000 3-8 5-10 6-8 15 300 0.1-0.5 10-20 5-15 300 8.10 10-20 10-20 90 0.2-0.3

PAS-PMMA types 15-30 5-8 2000 3-8 5-10 6-8 15 300 0.1-0.5 10-20 5-15 300 8.10 10-20 10-20 90 0.2-0.3

PAS-PVC types 5-10 0-5 1200 3 8-10 0-5 50-60 200-750 0.3-0.5 5-10 0-15 1000 5-10 3-5 60-100 30-120 0.1-0.5

PAS-PTFE types 20-30 5-8 2000 2-5 10 5-8 10 150-300 0.1-0.3 5-15 5-15 250-500 10-16 5-20 130 150-200 0.1-0.3

PAS-PVDF 5-10 0-10 1000-2500 2-5 5-12 5-15 10 150-500 0.1-0.3 5-15 5-15 250-500 10-16 5-20 110-130 150-300 0.1-0.3

PAS-PEEK types 15-30 0.5 2000 2-5 6-8 0-5 0-45 150-200 0.1-0.3 2-10 1-5 250-300 3-10 10-25 90 20-150 0.1-0.3

PAS-PEI 10-15 0-15 2000 2-5 5-10 10 45-60 150-400 0.2-0.3 10-20 5-15 200 8-15 10-20 60-90 50-100 0.1-0.4

PAS-PAI types 10-15 0-15 2000-3000 8-25 5-10 3-5 90-120 50-80 0.1-0.3 5-15 0-15 50-150 5-15 0-10 0-45 100-200 0.05-0.3

PAS-SUL 15-30 0-4 2000 2-5 6 0 0-45 150-300 0.1-0.3 2-10 1-5 250-300 3-10 10-20 90 20-80 0.1-0.3

PAS-PES 10-15 0-15 2000 2-5 5-10 10 45-60 150-400 0.2-0.3 10-20 5-15 200 8-15 10-20 60-90 50-100 0.1-0.4

PAS-PPSU 10-15 0-15 1000-3000 8-25 5-10 3-5 90-120 50-100 0.1-0.3 5-15 0-15 200-400 5-15 0-10 0-45 200-400 0.05-0.4

PAS-PPS types 10-15 0-15 1000-3000 8-25 5-10 3-5 90-120 50-80 0.1-0.3 5-15 0-15 50-150 5-15 0-10 0-45 100-200 0.05-0.3

PAS-ABS 15-30 0-5 2000 2-8 5-15 25-30 15 200-500 0.2-0.5 5-10 0-10 200-300 8-12 10-30 90 50-200 0.2-0.3

PAS-ASA 15-30 0-5 2000 2-8 5-15 25-30 15 200-500 0.2-0.5 5-10 0-10 200-300 8-12 10-30 90 50-200 0.2-0.3

PAS-PS 15-30 0-5 2000 2-8 5-15 25-30 15 200-500 0.2-0.5 5-10 0-10 200-300 8-12 10-30 90 50-200 0.2-0.3

PAS-SAN Sunlife 15-30 0-5 2000 2-8 5-15 25-30 15 200-500 0.2-0.5 5-10 0-10 200-300 8-12 10-30 90 50-200 0.2-0.3

GF types | GK types | CF types 15-30 10-15 500-1500 3-5 6-8 2-8 0-45 150-200 0.1-0.5 15-30 6-10 80-100 6 5-10 120 80-100 0.1-0.3

TURNING MILLING DRILLING

t V S V V S

The point radius should be at least 0.5 mm.

S

t

S

t

S

t

PR

OC

ES

SIN

G G

UID

ELI

NE

S

Pre-heat to 95 °C for milling, drilling & sawing. Only use pure water for cooling.

Use carbide tools. Short chip Continuous chip

1

3 4 5

2

The feed rate can be up to 0.5 mm/tooth.

The angle of twist of the drill bit should be between approx. 12 and 16°.

10-00001_Faigle_EN_Innen.indd 7 11.01.2010 8:17:45 Uhr

PROCESSING GUIDELINES

22 PROCESSING GUIDELINES

GENERAL INFORMATION: As plastics are poor thermal conductors, it is very im-portant to ensure that good heat dissipation or cooling is provided. The clamping forces must be kept low in order to avoid deformation or impair dimensional accu-racy. In cases where toler-ances are tight, asymmetri-cal machining is required or large volumes need to be removed, temperature adjustment between ma-chining passes is recom-mended. With hydroscopic (water-absorbing) polymers like PAS polyamides and plastics which display sig-nificant thermal expansion, e.g. PAS-PE and PAS-PTFE types, larger machining tol-erances are needed. These component properties also need to be taken into ac-count in the design of com-ponents.

MACHINES: PAS® semi-fin-ished products can be ma-chined on standard, com-mercially available metal and wood working machinery.

TOOLS: HSS tools are suffi-cient for unreinforced PAS®

semi-finished products. In the case of reinforced types, or in order to extend the service life of the tools, car-bide tools will be needed. In order to achieve the best results, sharp tools need to be used with enough free space to allow the chips to be transported away.

SAWING: HSS tools can be used with band saws. Cir-cular saws should be equipped with carbide tools. The use of sharp and strongly set saw blades will prevent excessive build-up of heat.

TURNING: In order to achieve good results, a minimum depth of cut of 0.5 mm and a high cutting speed are required. Good cooling and chip removal must be provided.

MILLING: The chip cross section should be kept large through correct choice of the feed rate and the cutting depth. The tools must have large chip spaces.

DRILLING: Deep bores will require repeated venting. Good chip removal and heat

dissipation must be ensured. In the event of a chip jam the workpiece or the tool could be destroyed.

DRILLING OF RODS:Depending on their diame-ter, rods can display residual internal stresses as a result of the machining process. The process of drilling holes into these rods can sudden-ly release these stresses and cause cracks. This ap-plies in particular to the ma-terials PAS-80, PAS-POT, IGOPAS, PAS-L and rein-forced PAS polymers. Pro-ceed as follows to prevent this from happening:

Pre-drill a smaller diameter (no more than 10 mm) and increase the hole size step-by-step.

Choose a low feed rate and chip thickness.

Make sure that the drill bit is well ground, and reduce the cutting angle in the area of the cutter to 0 over a width of approximately 1 mm.

In special cases, e.g. rods from a diameter of 250 mm upwards, the rod should be pre-heated. Slowly heat up the rod in water, oil or recir-culating air to a temperature of 95 °C. Duration: approx. 1 hour per cm rod diameter.

THREADS: Due to the elasticity of the plastics, it

sometimes makes sense to use oversized screw taps, as otherwise the thread can end up too small.

10-00001_Faigle_EN_Innen.indd 8 11.01.2010 8:17:45 Uhr

PROCESSING GUIDELINES 23

Going forward.

PROCESSING GUIDELINES

PR

OC

ES

SIN

G G

UID

ELI

NE

SSAWING

PLANING

CUTTING GROOVES/CHANNELS

GRINDING

10-00001_Faigle_EN_Innen.indd 9 11.01.2010 8:17:52 Uhr

moving forward

faigle Kunststoffe Gmbhlandstrasse 31a-6971 hard · austria t + 43 (0) 5574/6811-0F + 43 (0) 5574/6811-22kunststoffe@faigle.comwww.faigle.com

faigle industrieplast GmbhGrafenweg 31a-6971 hard · austriat + 43 (0) 5574/6 13 10F + 43 (0) 5574/6 13 10-3industrieplast@faigle.comwww.faigle.com/industrieplast

faigle igoplast aGWerkstrasse 11ch-9434 au/sG · switzerlandt + 41 (0)71 747 41 41F + 41 (0)71 747 41 42igoplast@faigle.comwww.faigle.com/igoplast

suzhou faigle engineering plastics co., ltd. no. 32–369 tayuan Road suzhou new distric215129 suzhou · chinat +86 (0) 512/6536 5886F +86 (0) 512/6536 5882office.suzhou@faigle.comwww.faigle.com/suzhou

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