technical data sheet ametalin thermal ……4 three-in-one reflective insulation, thermal break and...

TB6-30

DTE-41386-1A

WATERPROOF VAPOUR BARRIER MEDIUMProduct Code: TB6-30

DOUBLE SIDED REFLECTIVE FOAM WITH ANTI-GLARE MULTI-PURPOSE: ROOFS WALLS FLOORS

AMETALIN THERMAL BREAK 6.5TMTM

4 Three-in-one reflective insulation, thermal break and vapour barrier for use in roofs, walls and floors.

4 Increase coverage, reduce wastage via the 150 mm flap provided.

4 Made with high-density XPE foam; compression in situ is minimised.

4 Highly effective in dampening noise.

4 In floors, provides a rigid reflective membrane that will not flap in the wind when used in well-ventilated situations.

4 Fibre-free and non-allergenic.

4 Rigorously tested by independent recognised accredited laboratories in compliance with AS/NZS 4859.1:2006 ensuring all product claims are met.

Declared Total System R-values for Typical Systems*

AMETALIN THERMAL BREAK 6.5TM has a material R-value of R0.16. When it is incorporated into typical construction systems the following thermal performance can be achieved:

APPLICATION

ROOFS

Metal Roof 22° Pitched metal roof with flat ceiling unventilated R1.5 R2.4

Tile Roof 22° Pitched tile roof with flat ceiling unventilated R1.3 R2.0

Commercial Office Roof Suspended ceiling at 1000 mm R1.4 R4.6

Commercial or Shed Roof 5° metal roof with no ceiling R0.9 R2.0

Commercial Roof 5° metal roof 100 mm ceiling R1.5 R3.2

WALLS

Steel Stud Framed Wall 90 mm studs R1.3 R1.1

Brick Veneer Wall 110 mm brick with 10mm plasterboard R2.1 R1.9

Double Brick Masonry Wall R2.1 R2.0

FLOORS

Framed Sub-floor Installed under floor joists with enclosed subfloor airspace R3.5 R1.7

*The contribution of this product to the total system R-value depends on installation and environmental conditions.

Construction

WINTER SUMMER

EXTRA HEAVY DUTY

Metal Roof 22° Pitched �at ceiling

Tile Roof 22° Pitched �at ceiling

Suspended Timber Floor - Enclosed

Steel Stud Wall Brick Veneer Double Brick

Ceilings - Metal Roof22° Pitched at ceiling

Ceilings - Tile Roof 22° Pitched at ceiling

Commercial O�ce Roof 5° Pitched, 1000mm ceiling

Commercial or Shed RoofNo ceiling

















WINTER R1.3SUMMER R1.1

SUMMER R2.4WINTER R1.5 SUMMER R2.0WINTER R1.3

SUMMER R4.6WINTER R1.4 SUMMER R2.0WINTER R0.9

SUMMER R1.7WINTER R3.5



























TECHNICAL DATA SHEET

©

ametalin.com

WATERPROOFVAPOUR BARRIER

TM

MEDIUM

AMETALIN THERMAL BREAK 6.5TM is an ten layer, extrusion laminated, cross-linked XPE foam product with outer layer of 97% reflective aluminium to one side and 95% reflective anti-glare coating to other side with a 150mm flap.

Anti-glare coating

Aluminium Foil - 97% reflective

Polymer adhesive

Polymer weave

Polyethylene extrudate

XPE foam core

Polyethylene extrudate

Polymer weave

Polymer adhesive

Aluminium foil - 97% reflective

DOUBLE SIDED REFLECTIVE FOAM WITH ANTI-GLARE MULTI-PURPOSE: ROOFS WALLS FLOORS

AMETALIN THERMAL BREAK 6.5TMTM

Classification

AMETALIN THERMAL BREAK 6.5TM classifications under

AS/NZS 4200.1:1994

WATER VAPOUR TRANSMISSION RATE: 2.61 g/m²• 24hr (20°C, 65% RH)

AMETALIN CLASSIFICATION: MEDIUM BARRIER

PRODUCT AMETALIN THERMAL BREAK 6.5TM

ACTUAL AS/NZS 4200.1

FLAMMABILITY INDEX AS/NZS 1530.2-1993 3 (LOW) < 5 (LOW)

IGNITABILITY INDEX AS/NZS 1530.3 0 VALUE

SPREAD OF FLAME AS/NZS 1530.3 0 VALUE

HEAT EVOLVED INDEX AS/NZS 1530.3 0 VALUE

SMOKE DEVELOPED AS/NZS 1530.3 0 VALUE

OXYGEN CONSUMPTION AS/NZS 3837 GROUP ONE RATING RATING

THERMAL BREAK ASTMC518 R0.16 VALUE (THERMAL RESISTANCE)

THERMAL PERFORMANCE AS/NZS 4859.1 COMPLIANT

DUTY AS/NZS 4200.1:1994 EXTRA HEAVY CLASSIFICATION

EMITTANCE AS/NZS 4201.5:1994 BRIGHT SIDE: 0.03 VALUE ANTI-GLARE SIDE: 0.05 VALUE

REFLECTIVITY BRIGHT SIDE: 97% VALUE ANTI-GLARE SIDE: 95% VALUE

RESISTANCE TO AS/NZS 4201.4:1994 PASS PASSWATER PENETRATION

VAPOUR BARRIER ASTM E96, MEDIUM CLASSIFICATION PROCEDURE B (WET CUP TEST)

MACHINE DIRECTION AS 1301.448s-91 17.2 kN/m Min 9.5 kN/m.TENSILE STRENGTH

LATERAL DIRECTION AS 1301.448s-91 14.9 kN/m Min 6.0 kN/m TENSILE STRENGTH

EDGE TEAR TAPPI T 470 om-89 804 N Min 65 N MACHINE DIRECTION

LATERAL DIRECTION TAPPI T 470 om-89 745 N Min 65 N EDGE TEAR

RESISTANCE TO AS/NZS 4201.1:1994 PASS PASSDRY DELAMINATION

RESISTANCE TO AS/NZS 4201.2:1994 PASS PASSWET DELAMINATION

SHRINKAGE AS/NZS 4201.3:1994 0.1% < 0.5%

PRODUCT CODE TB6-30THICKNESS 6.5 mm

ROLL SIZE 1350 mm x 22.5 m (30 m²)

WEIGHT 18.2 kg

The specification of permeance of building membranes depends on a number of factors including construction type, materials, climatic data, site-specific conditions, and very importantly settings and maintenance of air conditioners as well as care taken to avoid damage to the membranes.The Ametalin web site www.ametalin.com provides guidance to assist designers in understanding the issues surrounding water vapour management in buildings, and offers solutions for a notional “typical” building at a number of locations around Australia. It should be understood that our guidance is just that; it is not definitive advice upon which to base a design decision. Users are advised NOT to rely on Ametalin’s general guidance, but to seek advice from a qualified engineer based on actual design and site conditions. It is almost impossible to guarantee that a building will never have condensation problems. The object of our guidance is to assist designers in making an appropriate trade-off between risk and cost. Correctly specifying building membranes – vapour barriers, vapour retarders and permeable membranes as appropriate, to manage vapour movement and reduce the risk of moisture problems, should be based on a hygrothermal analysis during critical months. This examines the temperature and dew point profiles through the building element. Ametalin consulting engineers can undertake a project-specific hygrothermal analysis based on parameters supplied by the client at a relatively modest cost.

© Ametalin 2012 All rights reserved. Ametalin is a division of Amalgamated Metal Industries Pty Ltd. Information in this publication and otherwise supplied to users as to the subject product is based on our general experience and is given in good faith, but because of particular factors which are outside our knowledge and control and affect the use of products, no warranty is given or to be implied with respect to either such information of product itself, other than that on the label, in particular about the suitability of the product for any particular purpose. The purchaser should independently determine the suitability of the product for the intended purpose. This product should be stored in a cool dry place.

Installation

AMETALIN THERMAL BREAK 6.5TM should be installed in

accordance with AS/NZS 4200.2:1994 Pliable Building Membranes and

Underlays, Part 2: Installation Requirements. Flexible insulation/sarking

type materials should be draped over 450 centre-to-centre rafters with

a sag of 40 mm. For larger rafter spacings sag should be increased

proportionally. In roofs and walls, install with 150 mm overlap via the

flap provided. Tape with AMETALIN Insulation/Ducting Tape. When

installed in double brick masonry and steel stud walls use Ametalin Cavity

Spacers as per installation instructions.

AMETALIN THERMAL BREAK 6.5TM is installed with the blue

anti-glare side facing out. AS 3959-2009 Construction of buildings in bush

fire-prone areas, requires that all sarking products be installed under roof

battens.

In floor applications, it is recommended to install AMETALIN

THERMAL BREAK 6.5TM above the bearers. To ensure drainage and

adequate escape of water vapour, three 10mm holes at equal spacing

across width of roll should be drilled through all the layers on the roll

before unrolling the material. The holes created will allow pooled water

to escape and an average Water Vapour Transmission (WVT) rate of 2760

grams of water per 24 hours every 200 mm to 1000 mm of the product.

AMETALIN THERMAL BREAK 6.5TM is not designed to

withstand prolonged direct exposure to the elements. Accordingly, upon

application of this product the outer wall should be installed without

delay. Aluminium foils should not come into contact with wet concrete or

mortar, as the aluminium is susceptible to alkali corrosion.

NCC/BCA Compliant

AMETALIN THERMAL BREAK 6.5TM complies with AS/NZS 4200.1:1994 and AS/NZS 4859.1:2002 and therefore satisfies all general requirements of the National Construction Code (BCA).

InsulationWhen installed facing an air space, AMETALIN THERMAL BREAK

6.5TM is a barrier to radiant heat, keeping buildings cool in summer and warm in winter, saving energy and reducing greenhouse gas emissions. For indicative R-values in accordance with AS/NZS 4859.1:1994 for a particular application, please contact the manufacturer.

Specification NotesWhen specifying state the following: Application: Roof Insulation - Residential Metal Roof, Residential Tile Roof, Commercial Metal Deck Roof

Wall Insulation - Warehouse Metal Clad Wall, Stud Frame Wall, Brick Veneer Wall, Cladded Fixed to Battens, Reverse Brick Veneer Wall, Concrete Masonry Cavity Wall, Double Brick Cavity Clay

Product Name: AMETALIN THERMAL BREAK 6.5TM

Ametalin THERMAL BREAK 6.5™ satisfies the NCC/BCA requirements for sarking type materials. It complies with the requirements of AS/NZS4200.1:1994 for “Pliable Building Membranes” which is the deemed-to-satisfy standard recognised by the NCC/BCA P2.2.2 Weatherproofing. It has a low flammability index (not greater than 5) in accordance with AS1530.2:1993 which satisfies the NCC/BCA Part 3.7.1.9 Fire Hazard Properties (Class 1 & 10 Buildings). It also satisfies NCC/BCA specification C1.10 2 Table 1 Fire Hazard Property Requirements (Class 2 to 9 Buildings), as a sarking type material. Water Vapour Transmission (WVT) tested in accordance to AS/NZS 4200.1:1994 Vapour Barrier Classification: Medium, Water Barrier Classification: High. Material R-value of R0.16.

AUSTRALIAN DESIGNED, AUSTRALIAN OWNED. MANUFACTURED IN CHINA FOR AMALGAMATED METAL INDUSTRIES PTY LTD.

41-43 Birralee Road Regency Park SA 5010 T: +61 8 8347 0941 F: +61 8 8347 0915 E: [email protected] W: ametalin.com

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technical data sheet ametalin thermal ……4 three-in-one reflective insulation, thermal break and...

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