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Ergonomic Anti-Fatigue and Safety Matting Catalogue Nr. 3

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Standing Smart with Notrax®

1. Anti-fatigue, how does it work?

How an anti-fatigue mat works is best described in an article I found in

“Occupational Health & Safety”, written by James M. Kendrick: “Anti fatigue mats are

engineered to make the body naturally and imperceptibly sway, which encourages subtle

movement by calf and leg muscles. This promotes blood flow and keeps it from stagnating in

the veins, which causes workers to feel fatigued.”

Studies carried out at the Center for Ergonomics, University of Michigan and the Department

of Industrial Engineering, Kansas State University, make observation of the difference between

standing on hard floors versus standing on soft floors. Both studies conclude that mats

significantly affect fatigue and comfort in different body regions.

Standing on hard surfaces for long periods can lead to several problems. First, standing causes

muscles to constrict, which reduces the blood flow. This makes muscles and joints hurt, and

it causes blood to stagnate. In addition, long-term standing causes pronation, or excessive

flattening of the foot. While this can be simply tiring and a bit painful, it can also lead to plantar

fasciitis and other serious foot conditions. Lower back pain is highest in workers who stand

4 hours or more per day.

As described by Mr. Kendrick, the cushioning effect of anti-fatigue matting allows continuous

micro-movements of the feet, which minimizes blood pooling in the legs. This may also go

hand-in-hand with the desire to reduce slips and falls. The floor mat may also provide relief

from cold/damp conditions. There is good reason to believe that reduction of fatigue also

reduces the possibility of accidents and improves general work efficiency. There are fewer lost

days to injuries, fewer medical claims, and compliance with new health & safety requirements.

Too much cushioning can have a negative effect. Too great an amount of softness or “give” will

actually cause excessive fatigue because it overworks the muscles. Think of it like jogging on the

beach as an extreme example of this concept.

2. What’s the pay-back?

According to ergonomic consultant and author Mr. Dan MacLeod, a good rule of thumb is

that one minute of time per day in the workplace is worth roughly € 100 per year. Thus, five

minutes of lost time per day due to fatigue is worth € 500 per year. When multiplied across

the workforce of an organization, it doesn’t take a calculator to see the economic justification

that supports an investment in matting.

3. Why all these different mats?

Although the outcome of studies in favour of using mats is perfectly clear, the effectiveness

remains subjected to the perception of workers. The physical size of the worker, and their

own preferences as to what is comfortable, will cause different mats to be selected. A person

weighing 90 kg will need a different mat than someone who only weighs 60 kg.

Besides the softness/hardness, also important to watch is worker’s freedom of movement.

While the anti-slip function is important (1 out of every 6 workplace injuries is related to slip

or fall accidents, translating into 35% of all days lost for time off for medical recovery), easy

twist-turns are just as important.

4. Why Notrax®?

NOTRAX® offers the perfect solution for standing workers because, like no other producer

of mats, we understand the difference of perceptions of workers as well as the variety of

workplace conditions that exist.

Thank you for choosing Notrax®.

René Vieveen

General Manager

Superior Manufacturing Group-Europe B.V.

Anti-Fatigueaffords worker comfort, improves productivity and fights absenteeism.

Anti-Slipeliminates dangerous slip falls.

Protectionreduces breakage and protects floors.

Insulationagainst cold, heat, vibrations, noise.

NOTRAX® Ergonomic Anti-Fatigue and Safety Matting benefits:

Electro Static Dischargeavoids unpleasant static shock, safeguardsequipment.

Non-conductiveprotects in case of electrical shock.

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Index and GuideArt. code Product name Page

522HD Cushion-Lok™ Heavy Duty with Grip Step® Custom. . . . . . . . . . . . . . . . . . . . . . 22/23920HD Cushion-Lok™ Heavy Duty Solid Custom . . . . . . . 22/23922HD Cushion-Lok™ Heavy Duty Solid with Grip Step® Custom . . . . . . . . . . . . . . . . . . . . . . 22/23

ESD Protective Matting

826 Diamond Stat™ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24661S Niru® Cushion-Ease Solid™ ESD DIF FR . . . . . . . . 24/25665S Niru® Cushion-Ease Solid™ ESD CON FR . . . . . . 24/25825 Cushion Stat™ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24/25827 Anti-Stat POP™ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

ESD Accessories

051 Floor mat Grounding Cord . . . . . . . . . . . . . . . . . . . . . . . 27052 Common Grounding Point Cord . . . . . . . . . . . . . . . . . . 27053 Coil Cord . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27054 Earth Bonding Plug . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27055 Heel Grounder . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27056 Wristband . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27057 Mat Cleaner . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27

Runners

750 Rib’n’Roll™ fine rib 3 mm . . . . . . . . . . . . . . . . . . . . . . . . 28751 Rib’n’Roll™ fine rib 6 mm . . . . . . . . . . . . . . . . . . . . . . . . 28752 Rib’n’Roll™ broad rib 3 mm . . . . . . . . . . . . . . . . . . . . . . 28753 Rib’n’Roll™ broad rib 6 mm. . . . . . . . . . . . . . . . . . . . . . . 28750RS Rib’n’Roll™ fine rib 3 mm resistant . . . . . . . . . . . . . . . . 28746 Check’n’Roll 3 mm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29746GR Check’n’Roll 3 mm nitrile . . . . . . . . . . . . . . . . . . . . . . . . . 29745 Dots’n’Roll 4 mm . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29737 Diamond Plate Runner 4,7 mm . . . . . . . . . . . . . . . . . . . 29

Electrical Protective Matting

830 Switchboard Matting™ . . . . . . . . . . . . . . . . . . . . . . . . . . . 30667S Niru® Cushion Ease Solid™ NC . . . . . . . . . . . . . . . . . . . 30

Protective Matting

045 Slabmat™. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

Anti-slip Pads

680 Safety Trax™ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

Hygienic Matting

535 Soft-Step™ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

Logo, Safety signs and Message Matting

190 BrilliantStep™ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

Chemical Resistance Guide . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34/35

Product Testing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35

Art. code Product name Page

Dry Areas - Uni-Fusion™ Laminated

979 Saddle Trax® . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4479 Cushion Trax® . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5480 Pebble Trax® . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6470 Marble Sof-Tyle™. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7478 Softone™ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

Dry Areas - Dyna-Shield™

406 Crossrib Sof-Tred™. . . . . . . . . . . . . . . . . . . . . . . . . . . . 8/9413 Gripper Sof-Tred™ . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8/9417 Bubble Sof-Tred™ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8/9419 Diamond Sof-Tred™ . . . . . . . . . . . . . . . . . . . . . . . . . . . 8/9

Dry Areas - Comfort

410 Airug® . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10/11411 Sof-Tred™. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10/11

Dry Areas - P.U.

450 SkyWalker™ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12451 SkyWalker™ II . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Dry Areas – Rubber

545 Diamond Top Interlock™ . . . . . . . . . . . . . . . . . . . . . . . . 13

Dry Areas – Modular Systems (closed)

556 Cushion-Ease Solid™ . . . . . . . . . . . . . . . . . . . . . . . . 14/15556RS Cushion-Ease Solid™ RS. . . . . . . . . . . . . . . . . . . . . . 14/15656SFR Niru® Cushion-Ease Solid™ FR . . . . . . . . . . . . . . . . 14/15667S Cushion-Ease Solid™ NC FR . . . . . . . . . . . . . . . . . . 14/15856SFR Niru® Cushion-Ease Solid™ GSII FR . . . . . . . . . . . . 14/15661S Niru® Cushion-Ease Solid™ ESD DIF FR . . . . . . . . 14/15665S Niru® Cushion-Ease Solid™ ESD CON FR . . . . . . 14/15 Wet/Dry Areas – Modular Systems (open)

550 Cushion-Ease™ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16/17650SFR Niru® Cushion-Ease™ FR . . . . . . . . . . . . . . . . . . . . . 16/17663S Cushion-Ease™ BFR FR . . . . . . . . . . . . . . . . . . . . . . 16/17662S Niru® Cushion-Ease™ AB FR . . . . . . . . . . . . . . . . . . 16/17550RD Cushion-Ease™ Red . . . . . . . . . . . . . . . . . . . . . . . . . 16/17850SFR Niru® Cushion-Ease™ GSII FR. . . . . . . . . . . . . . . . . 16/17

Wet/Dry Areas – Duckboards

549 Safety Stance™. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18549 Safety Stance™ Custom . . . . . . . . . . . . . . . . . . . . . . 18/19580 Sorb Stance. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18/19563 Sanitop Deluxe™. . . . . . . . . . . . . . . . . . . . . . . . . . . . 20/21420 Cushion-Dek™. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20/21422 Cushion-Dek™ with Grip Step® . . . . . . . . . . . . . . . 20/21562 Sanitop™ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20/21520 Cushion-Lok™ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22/23522 Cushion-Lok™ with Grip Step®. . . . . . . . . . . . . . . . 22/23520HD Cushion-Lok™ Heavy Duty . . . . . . . . . . . . . . . . . . . 22/23522HD Cushion-Lok™ Heavy Duty with Grip Step® . . . . . 22/23520 Cushion-Lok™ Custom. . . . . . . . . . . . . . . . . . . . . . . 22/23522 Cushion-Lok™ with Grip Step® Custom . . . . . . . . 22/23520HD Cushion-Lok™ Heavy Duty Custom. . . . . . . . . . . . 22/23

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Indoor Absorbent

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Category Info• Durability, comfort and safety are united in these

popular products, designed for those who are not willing to compromise in any of these criteria.

• Long wearing top surfaces are laminated on to a resilient microcellular vinyl base for maximum durability coupled with fatigue relief.

• Diamond plate pattern provides traction while allowing easy twist turns.

• Uni-Fusion™ technology, engineered to resist in the harshest work environments.

• Resistant to most industrial fluids and chemicals.• Ergonomic benefit derived from 25,4 to 14 mm

thick worker platform.• Slip resistance R10 according to DIN51130 and

BG-rule BGR181.• Free of toxic DOP*.• All 4 sides are beveled to minimize tripping.

Art. 979 Saddle TraxTM

• Extreme level of comfort.• 4,7 mm PVC top surface permanently bonded onto a

resilient backing of microcellular vinyl.• Available with yellow borders along sides comply with

OSHA code 1910-144.• Overall thickness: 25,4 mm.• Weight: 7,3 kg per m2.

Art. 479 Cushion TraxTM

• 4,7 mm PVC top surface permanently bonded onto a resilient backing of microcellular vinyl.

• Available with yellow borders along sides comply with OSHA code 1910-144.

• Fire classification B1 tested according to DIN4102.• Overall thickness: 14 mm.• Weight: 6,5 kg per m2.

979 Saddle Trax®

Recommended uses:• Heavy duty - dry industrial environments

Stock sizes:• 91 cm x 152 cm, 91 cm x 3 m, 91 cm x 6 m, 91 cm x 10 m

Full Rolls 22,8 m:• 91 cm and 122 cm widths

Custom lengths:• 91 cm and 122 cm widths

Colours:• Black, Black/yellow

Dry Areas Uni-Fusion™ Laminated

Product testing

Wear Slip Anti- Resistance Resistance Fatigue

Saddle Trax™ 25,4 mm

Cushion Trax™ 14 mm

* DOP stands for Dioctyle Phthalate which is an additive used to cheapen vinyl compounds. It is slowly released into air, leached in to soil, water or liq-uids/foods. Direct exposure can cause serious health problems. All Notrax® products are free of this substance.

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Superior to Best

479 Cushion Trax®

Recommended uses:• Heavy duty - dry industrial envi-

ronments

Stock sizes:• 60 cm x 91 cm, 91 cm x 152 cm,

91 cm x 3 m, 91 cm x 6 m, 91 cm x 10 m

Full Rolls 22,8 m:• 60 cm, 91 cm and 122 cm widths

Custom lengths:• 60 cm, 91 cm and 122 cm widths

Colours:• Black, Grey, Black/yellow

Black/yellow

Black

Grey

Product testing


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Category Info• Choice of three long-wearing top surfaces lami-

nated on to a resilient microcellular vinyl base for maximum durability coupled with fatigue relief.

• Uni-Fusion™ technology, engineered to resist in the harshest work environments.

• Resistant to most industrial fluids and chemicals.• Ergonomic benefit derived from 12,7 mm thick

worker platform.• Free of toxic DOP.• All 4 sides are beveled to minimize tripping.

480 Pebble Trax®

Recommended uses:• Heavy duty - dry industrial environments, welding areas

Stock sizes:• 60 x 91 cm 91 x 152 cm



Colours:• Black

Art. 480 Pebble Trax®

• Pebble-embossed rubber top surface affords sure-footing, yet easy to clean.• Resists incidental damage from sparks and solders.• Fire classification Dfl-s1 tested according to DIN EN ISO 13501.• Overall thickness: 12,7 mm.• Weight: 5,8 kg per m2.

Art. 470 Marble Sof-Tyle™• Smooth rubber top surface embedded with a marbleized pattern.• Offers exceptional comfort and durability, allows com-

bined use with stools.• Resists slips & falls.• Easy to mop and/or sweep clean.• Overall thickness: 12,7 mm.• Weight: 6 kg per m2.

Art. 478 Softone™• Wood tones laminate top surface. • Combines style and comfort, ideal for behind adjustable desks.• Easy to mop and/or sweep clean.• Overall thickness: 12,7 mm.• Weight: 6 kg per m2.

Dry Areas Uni-Fusion™ Laminated

Product testing


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470 Marble Sof-Tyle™

Recommended uses:• Heavy duty - industrial, tertiary, laboratory environments - dry areas

Stock sizes:• 60 x 91 cm 91 x 152 cm



Colours:• Black, Beige, Grey, Blue

478 Softone™

Recommended uses:• Heavy duty - office environments

Stock sizes:• 91 cm x 120 cm 91 cm x 150 cm Custom lengths:• 91 cm width

Colours:• Maple, Beech, Cherry

Product testing


Product testing


Best

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Category Info• Exceptional worker comfort due to 12,7 mm

thick newly formulated compound.• Protective layer of exclusive Dyna-Shield™

extends service life by 50% compared to regular microcellular vinyl*.

• Choice of 4 patterns each facilitating ergonomic motion with different priorities.

• Fire rating Class 2 according NFPA Safety Code 101.• Available yellow borders along sides comply with

OSHA code 1910-144.• All 4 sides are beveled and sealed to minimize

tripping hazards.• Free of toxic DOP. • Slip resistance R10 according to DIN51130 and

BG-rule BGR181.

* Supported by independent laboratory testing.

Art. 406 Crossrib Sof-Tred™• Side-to-side wide ribs provide traction and easy to sweep clean.• Weight: 4 kg per m2.• Colours: Grey, Black/yellow.

Art. 413 Gripper Sof-Tred™• Lengthwise corrugated rib pattern for sure footing.• Weight: 4 kg per m2.• Colours: Grey, Black/yellow, Green.

Art. 417 Bubble Sof-Tred™• Unique bubble design provides exceptional comfort.• Weight: 4 kg per m2.• Colours: Grey, Black/yellow.

Art. 419 Diamond Sof-Tred™• Non-directional “Deck Plate” pattern.• Weight: 4 kg per m2.• Colours: Grey, Black, Black/yellow.

Protective layerDyna-Shield™

More comfort: 12,7 mm

Recommended uses:• Medium duty, dry areas

Stock sizes:• 60 cm x 91 cm, 91 cm x 152 cm

Product testing


Full rolls 18,3 m:• 60 cm, 91 cm and 122 cm widths


Dry Areas Dyna-Shield™

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CrossribSof-Tred™

GripperSof-Tred™

BubbleSof-Tred™

DiamondSof-Tred™

Better

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Category Info• Construction of microcellular vinyl consisting of

millions of air bubbles providing basic worker comfort.

• Ergonomic benefit derived from 9,4 mm thick worker platform.

• All 4 sides are beveled and sealed to minimize tripping hazards.

• Fire rating Class 2 according NFPA Safety Code 101.• Free of toxic DOP.• Slip resistance R10 according to DIN51130 and

BG-rule BGR181.

Art. 410 Airug®

• Ribbed pattern enhances traction.• Weight: 3 kg per m2.• Colours: Grey, Black.

Art. 411 Sof-Tred™• Pebble pattern provides non-directional traction and is

easy to clean.• Available yellow borders along sides comply with

OSHA code 1910-144.• Weight: 3 kg per m2.• Colours: Grey, Black, Blue, Black/yellow.

Recommended uses:• Light duty - dry areas


Full rolls 18,3 m:• 60 cm, 91 cm and 122 cm widths


Product testing


Dry Areas Comfort

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Airug®

Grey

Airug®

Black

Sof-Tred®

Grey

Sof-Tred®

Black

Sof-Tred®

Blue

Sof-Tred®

Black/yellow

Good

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Category Info• This high quality type polyurethane foam is

reputed for its ultimate comfort and longevity properties.

• Its key characteristic of high thermal insulation performance is owed to a uniform closed cell structure wherein gas remains trapped.

• Integral skin adds to the compression force deflection properties (>120 according to ASTM 3574C), provides resistance to wear and is

non-porous.• Hardness 25 Shore A, according to DIN 53505.• Resistance to temperature -40°C, +80°C.• Suitable for class 2 clean room. • Environmental friendly, produced without use of

organic carbon-based blowing agents, therefore free of Freon.

• ESD and fire retardant versions available on demand.• All 4 sides have bevelled edges.

Art. 450 SkyWalker®

• Unique workplace mat guarantees optimal ergonomic effects in stationary standing positions.

• Ergonomically designed bubble surface provides an sure footing and fatigue relief .

• Slip resistance R11 according to DIN51130 and BG-rule BGR181.• Clean by sweeping or vacuuming.• Thickness 14 mm.• Weight 4,8 kg/m2.

Art. 451 SkyWalker® II• Unique workplace mat that favours

twist-turns and overall freedom of movement while maintaining its optimal ergonomic properties.

• Pebble surface structure provides a sure footing.

• Clean by sweeping or vacuuming.• Thickness 13 mm.• Weight 4,4 kg/m2.

Recommended uses:• Medium duty - dry areas

• Stock sizes: 65 x 95 cm, 65 x135 cm, 65 x 185 cm. 95 x 125 cm, 95x160 cm, 95 x 185 cm.

• Custom lengths: Any size and shape, per m2

Colours:• Grey

Dry Areas Polyurethane Best

Compact skin 800 kg/m3

Superelastic foam 350 kg/m3

Compact skin 800 kg/m3

Superelastic foam 350 kg/m3

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Category Info• Interlocking mats for on-site installation of continuous lengths only.• Made of tough rubber compound, designed to yield a long service life.• Resistant to most chemicals and extreme temperatures.• Free of silicone therefore safe for vehicle painting facilities.• Ergonomic benefit derived from 12,7 mm thick worker platform.

Art. 545 Diamond Top Interlock™• Deckplate design and moulded air pockets on bottom

provide traction and buoyancy.• Dovetail interlocks, easy to assemble, easy to relocate.• All sides are beveled for trip resistant access to mat.• Easy to mop and/or sweep clean.• Overall thickness: 12,7 mm.• Weight: 7,7 kg per m2.

Recommended uses:• Medium duty - dry industrial environments

Stock sizes: • Center pieces, End pieces 71 cm x 79 cm

Colours:• Black

Dry Areas Rubber Good

Product testing


Product testing


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Category Info• Closed anti-slip “pebble structure” surface.• These interlocking mats allow on-site customiza-

tion. Square snap together units of 91x91 cm that can be assembled effortless and laid out from wall to wall or as islands, in any direction or shape.

• Compatible with patented MD-Ramp System™ for smart safety bevelling Solutions; allow out- and inside corners.

• Superb anti-fatigue properties due to its unique design underneath and high quality resilient rub-ber compounds. Available in general purpose quality or a variety of Solutions Formula’s,

including oil proof, fire retardant, ESD, GSII™ anti-slip gritted, non conductive.• Designed to yield a long service life.• Resistant to most chemicals and extreme temperatures.• Free of silicone therefore safe for vehicle painting

facilities.• Ergonomic benefit derived from 19 mm thick

worker platform.• Slip resistance R9 according to DIN51130 and

BG-rule BGR181.

Accessories:MD Ramp System™male and femaleattachablebevels 91 cm,black and yellow


Stock sizes:• 91 cm x 91 cm

Dry areas Modular Systems Superior to Best

Product testing


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Dry areas Modular Systems Superior to BestArt. 556 Cushion-Ease Solid™• General purpose rubber compound.

Art. 556RS Cushion-Ease Solid™ RS• 75% nitrile rubber compound, grease resistant.

Art. 656SFR Niru® Cushion-Ease Solid™ FR• 100% nitrile rubber compound, oil proof and

fire retardant, suitable for welding areas.• Fire classification Bfl-S1 according to DIN

EN 13501 and Class 1 according to ASTM E648-03 (NFPA253).

Art. 667S Cushion-Ease Solid™ NC FR• Non-conductive SBR rubber compound, to meet IEC 61-111 norm for matting of insulating material electrical purposes.• Fire classification Bfl-S1 tested according to

DIN EN 13501 and Class 1 according to ASTM E648-03 (NFPA253).

• More details, see page 30.

Art. 856SFR Niru® Cushion-Ease Solid™ GSII™ FR• 100% nitrile rubber compound, oil proof and

fire retardant, suitable for welding areas.• With abrasive coating for extremely slippery

areas.• Fire classification Bfl-S1 according to DIN


Art. 661S Niru® Cushion-Ease Solid™ ESD DIF FR• Static dissipative 100% nitrile rubber compound.• Meets IEC61340-4-1, measured resistance Rg 106-109 Ω, Rp 106-109 Ω.• Fire classification Bfl-S1 tested according to



Art. 665S Niru® Cushion-Ease Solid™ ESD CON FR• Conductive 100% nitrile rubber compound• Meets IEC61340-4-1, measured resistance Rg 104-106 Ω, Rp 104-106 Ω.• Fire classification Bfl-S1 tested according to



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Category Info• With holes for excellent drainage and aeration

leaving a dry, clean work area.• These interlocking mats allow on-site customiza-

tion. Square snap together units of 91x91 cm that can be assembled effortless and laid out from wall to wall or as islands in any direction or shape.

• Compatible with patented MD-Ramp System™ for smart safety bevelling solutions. Allow out- and inside corners.

• Superb anti-fatigue properties due to its unique design underneath and high quality resilient

rubber compounds. Available in general purpose quality or a variety of Solutions Formula’s,

including oil proof, fire retardant, anti-bacterial, brake fluid resistant, GSII™ anti-slip gritted.

• Designed to yield a long service life.• Resistant to most chemicals and extreme tem-

peratures.• Free of silicone therefore safe for vehicle painting

facilities.• Ergonomic benefit derived from 19 mm thick

worker platform.

Product testing


Accessories:MD Ramp System™male and femaleattachablebevels 91 cm,yellow, blackand brick red.

Recommended uses:• Heavy duty - wet/dry industrial environments


Wet/Dry areas Modular Systems Superior to Best

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Art. 550 Cushion-Ease™• General purpose rubber compound.

Art. 650SFR Niru® Cushion-Ease™ FR• 100% nitrile rubber compound, oil proof

and fire retardant, suitable for welding areas.

• Fire classification Bfl-S1 according to DIN EN 13501 and Class 1 according to ASTM E648-03 (NFPA253).

Art. 663S Cushion-Ease™ BFR FR• 100% EPDM rubber compound, brake

fluid resistant.• Fire classification Bfl-S1 according to DIN


Art. 662S Niru® Cushion-Ease™ AB FR• Anti-bacterial 100% nitrile rubber compound, suitable for use in food

processing plants.• Fire classification Bfl-S1 according to DIN


Art. 550RD Cushion-Ease™ Red• 75% nitrile rubber compound, grease resistant, suitable for contact with vegetable oil and animal fats in food service applications.

Art. 850SFR Niru® Cushion-Ease™ GSII™ FR• 100% nitrile rubber compound, oil proof

and fire retardant, suitable for welding areas.

• With abrasive coating for extremely slippery areas.• Fire classification Bfl-S1 according to DIN


Wet/Dry areas Modular Systems Superior to Best

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Category Info• High quality anti-fatigue mats for use in areas

where there can be frequent oil spilling• For industrial users who insist on comfort and

strength; suited for multi-shift operations.• Made of 100% nitrile rubber compounds, designed to withstand industrial oils and harsh

chemicals.• Aggressive slip resistant surfaces.• Non-shifting.• Free of silicone therefore safe for vehicle painting

facilities.• Cleaning with detergent and water-jet is recommended for extended service life.• Ergonomic benefit derived from 22 mm and 19 mm thick worker platforms.

Art. 549 Safety Stance™• Drainage holes and raised studs provide aeration and

allow fluids and debris to fall through, leaving a dry and tidy top surface.

• Three standard size mats with highly visible nitrile rub-ber orange coloured borders included on 3 sides for added safety, comply with OSHA Code 1910-144.

• Slip resistance R10 according to DIN51130 and BG-rule BGR181.• Overall thickness: 22 mm.• Weight: 13 kg per m2.

Art. 543 Safety Stance™ Custom• Lose mats with strait edges allow coverage of any area

through linking the mats lengthwise or side-by-side, held together by nitrile connector strips.

• Compatible with patented nitrile MD-Ramp System™ for smart safety bevelling solutions. Allow out- and inside corners.

Art. 580 Sorb Stance™• Anti-fatigue mat designed for combined use with a sorbent.• Raised studs on the backside provide aeration and excellent cushioning comfort.• Ramps on 4 sides are raised to form a holder tray

around the mat.• Moulded structure of sharp rubber pins that prevent

the sorbent from shifting.• Inside measurements: width 81 cm (32”) to suit most

standard rolls of sorbent cloth materials. Lengths are incremental by 152 cm.

• Mat has a few drainage holes to allow evacuation of excessive oil spills.• Standard sizes are furnished with sorbent, refills are available.• Overall thickness: 19 mm.• Weight: 11 kg per m2.

Wet/dry areas Duckboards

549 Safety Stance™

Recommended uses:• Heavy duty - wet/dry industrial environments, suitable for occasional oil spills

Stock sizes incl. borders on 3 sides:• 66 cm x 102 cm, 97 cm x 163 cm, 97 cm x 315 cm

Product testing


www.notrax.com 19

19

Best

543 Safety Stance™ Custom

Stock sizes (lose mats):• 91x152 cm

Colours:• Black

Accessories:• Orange Male Ramp 91 cm Orange Male Ramp 152 cm• Black Connector strip 30 cm

580 Sorb Stance™

Recommended uses:• Heavy duty - wet/dry industrial

environments, oily areas

Stock sizes:• 91 cm x 162 cm 91 cm x 314 cm 91 cm x 466 cm

Custom sizes:• On demand

Product testing


Available in 2007

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Category Info• Drainage holes and raised studs provide aeration

and allow fluids and debris to fall through, keeping the surface clear.

• Designed to withstand harsh chemicals, these three anti-fatigue mats offer simple solutions to almost any industrial or foodservice application.

• Aggressive slip resistant surfaces.• Made of tough compounds, designed to yield a

long service life.• Free of silicone therefore safe for vehicle painting

facilities.• Ergonomic benefit derived from 20 to 11 mm

thick worker platform.

Art. 563 Sanitop Deluxe™• Thick rubber platform - more comfort - more durability.• Strait edges allow coverage of any area through

linking the mats lengthwise or side-by-side, held together by connectors.

• Optional attachable vinyl bevels for easy side or front access.

• Available on demand with fire classification Bfl-s1 according to EN13501-1.• Overall thickness: 20 mm.• Weight: 12,3 kg per m2.

Art. 420 Cushion-Dek™• Made of 100% PVC, resistant to industrial oils.• Top surface with raised pyramid configuration

enhances traction while channelling liquids.• Slot perforations (13 mm x 48 mm) facilitate

drainage of fluids.• Easy roll-up, clean-up.• Overall thickness: 11 mm.• Colour black.• Weight: 6,5 kgs per m2.

Art. 422 Cushion-Dek™ with Grip Step®

• With abrasive anti-slip coating.

Art. 562 Sanitop™• Moulded bevelled edges on all 4 sides for trip resistant & easy cart access.• Resilient rubber to provide fatigue relief.• Lightweight facilitates handling when cleaning.• Overall thickness: 12,7 mm.• Weight: 8 kg per m2.

Wet/dry areas Duckboards

563 Sanitop Deluxe™

Recommended uses:• Heavy duty – wet/dry industrial environments• Food service, diary- and fish industry, abattoirs


Colours:• Black - General Purpose• Red or blue - 75% nitrile, grease resistant

Accessories:• Connectors • Attachable yellow ramps 91 cm

piece, 152 cm piece, per linear meter

www.notrax.com 21

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Best to Better

420 Cushion Dek™422 Cushion Dek™ with Grip Step®

Recommended uses:• Medium duty - Industrial environments, wet/oily areas• For extremely slippery areas, use

Grip Step® version

Stock sizes:• 91 cm x 122 cm, 91 cm x 183 cm,

91 cm x 3 m, 91 cm x 10 m

Custom lengths:• Available in 60 cm, 91 cm, 122 cm or 182 cm widths

562 Sanitop™

Recommended uses:• Heavy duty - wet/dry industrial environments• Food service, diary- and fish industry, abattoirs

Stock sizes:• 91 cm x 152 cm, 91 cm x 297 cm, 91 cm x 594 cm

Colours:• Black - General Purpose• Red - 75% nitrile, grease resistant

Product testing


Product testing


Product testing


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Category Info• Safety and comfort unite in this industrial strength

anti-fatigue matting product.• Resistant to synthetic/hydraulic oils, providing the

answer to slips and falls in wet, oily and greasy industrial environments. They provide durable solutions to dangerous situations that workers experience regularly.

• Anti-slip surface design for sure footing. Grip Step® versions have an abrasive coating for

added traction.• Fire classification Cfl-s2 tested according to DIN EN ISO 13501 and Class 1 according to NFPA Safety code 101• Yellow safety borders comply with OSHA Code

1910-144.• Available in perforated version to facilitate drainage of spills or non-perforated version.• Available in two standard sizes or custom built according to your ideal floor mat in shape and size.• Ergonomic benefit derived from 22,2 mm thick

worker platform.

Guide for Ordering Custom size Matting• Each of the Cushion-Lok™ versions can be custom-designed for a specific work station.• To order, simply provide a sketch that illustrates the shape, dimensions and where you want the ramp edges.• You will receive our CAD drawing for approval (See examples).• Cushion-Lok™ custom is factory assembled. Oversized mats are made in sections that interlock on site, to facilitate shipping and handling.• Dimensions: tile 30,48 x 30,48 cm, bevel 15,24 x 30,48 cm, corner 15,24 x 15,24 cm.

Wet/dry or oily areas Duckboards

Cushion-Lok™ Series

Recommended uses:• Heavy duty - Industrial environments, dry or wet/oily areas• For extremely slippery areas, use Grip Step®

versions• For heavy loads requirements, use HD versions

Stock sizes:• 76 cm x 152 cm• 107 cm x 183 cm

Custom sizes:• Any dimension or shape, calculation basis per m2

Product testing


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Art. 520 Cushion-Lok™• Portholes allow fluids and

debris to fall through, keeping the surface clear.• Weight: ca. 9,7 kg per m2.

Art. 522 Cushion-Lok™with Grip Step®


Art. 520HD Cushion-Lok™ Heavy Duty• This heavy duty version has a

reinforced structure to withstand the heaviest loads.• Portholes allow fluids and

debris to fall through, keeping the surface clear.

• Weight: ca. 15,8 kg per m2.

Art. 522HD Cushion-Lok™ Heavy Duty with Grip Step®


Art. 920HD Cushion-Lok™ Heavy Duty Solid• Non-perforated/closed top • This heavy duty version has an

enforced structure to withstand the heaviest loads.

• Weight: ca. 16,2 kg per m2.

Art. 922HD Cushion-Lok™ Heavy Duty Solidwith Grip Step®


Best to Better

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24

Category InfoIn many facilities, people are one of the primegenerators of static electricity.The simple act of walking around or even sitting on certain types of stools can generateseveral thousand volts on the human body. If not properly controlled, this static charge can easily discharge into static sensitive devices, potentially cre-ating damage to equipment. These Notrax® Electro Static Discharge (ESD) protective mats are formu-lated to drain static electricity from workers thereby avoiding unpleasant static shock while safeguarding equipment.

ESD Protective Floor Mats

Art. 826 Diamond Stat™• Static dissipative combination of tough top surface laminated on to a comfortable sponge base for maximum durability coupled with fatigue relief.• Diamond deck plate surface provides traction and allows easy twist turns.• Equipped with 10 mm female socket attached to the mat and grounding cord.• Uni-Fusion™ manufacturing technology.• All 4 sides are bevelled to minimize tripping.• Overall thickness: 14,3 mm.• Weight: 6,5 kg per m2.• Fire classification Cfl-s1, according to DIN EN13501-1.• Meets IEC61340-4-1 (category DIF), measured resistance Rg 106 - 109 Ω, Rp 106 - 109 Ω.• Electrostatic charge (walking test), meets ISO6356 and

EN1815.

Modular Systems

• Square interlocking mats allow on-site customization.• Anti-fatigue properties owed to its unique design and resilient rubber compounds.• Optional 10 mm female socket attached to the mat for connection with optional grounding cord.• Slip resistant pebble surface, tested R9 according to DIN51130 and

BG-rule BGR181.• Elongation at break 192%, breaking load 17,2 kg (ASTM D412).• Fire classification Bfl-S1 tested according to DIN EN 13501 and Class

1 according to ASTM E648-03 (NFPA253).• Overall thickness: 19 mm.• Weight: 8 kg per m2.

Art. 661S Niru® Cushion-Ease Solid™ ESD DIF FR• Static dissipative 100% nitrile rubber compound.• Meets IEC61340-4-1, measured resistance Rg 106 - 109 Ω, Rp 106 - 109 Ω.

Art. 665S Niru® Cushion-Ease Solid™ ESD CON FR• Conductive 100% nitrile rubber compound• Meets IEC61340-4-1, measured resistance Rg 104-106 Ω, Rp 104-106 Ω.

Product testing


826 Diamond Stat™

Recommended uses:• Heavy duty - dry industrial envi-

ronments (assembly lines, work stations, CNC machine stations)


Full Rolls:• 91 cm x 22,8 m

Custom Lengths:• 91 cm per linear meter

Colours:• Black

www.notrax.com 25

25

Product testing


Art. 825 Cushion Stat™• Vinyl sponge static dissipative matting, reduces fatigue and static build up.• Pebble pattern provides non-directional traction and is easy to clean.• Optional 10 mm female socket attached to the mat for connection with optional grounding cord.• Overall thickness: 9,4 mm.• Weight: 3 kg per m2.• Meets IEC61340-4-1 (category DIF), measured resistance Rg 106 - 109 Ω, Rp 106 - 109 Ω.• Electrostatic charge (walking test), meets ISO6356 and

EN1815.

Recommended uses:• Light duty - dry areas (assembly lines, computer rooms, copy machine areas)


Full rolls:• 91 cm x 18,3 m

Custom lengths:• 91 cm per linear meter

Colours:• Grey, Black, Brown, Black/yellow

Product testing


661S Niru® Cushion-Ease Solid™ ESD DIF FR

665S Niru® Cushion-Ease Solid™ ESD CON FR



Accessories:• MD Ramp System™ male and female attachable bevels 91 cm, black or yellow

Best to Good

26 www.notrax.com

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Category InfoA primary means of protecting of ESD susceptible items is to provide a ground path to bring ESD protective materials and personnel to the same electrical potential. Static protective work areas with a resistance to ground of 106 to 109 Ω provide a surface that is at the same electrical potential as other ESD protective items in the work area.

To achieve an ESD protective work area while com-plying with Standard IEC61340-5-1 or ANSI EOS/ESD 6.1, all conductors in the environment, including personnel, must be grounded to the same electrical ground point, creating a balance between all items and personnel.

Use Notrax® ESD protective mats in conjunction with ESD accessories to provide a ground path for the dissipation of electrostatic charge, thus reducing the charge accumulation on personnel to safe levels.

Art. 827 Anti-Stat POP™• Vinyl work surface that dissipates static from conductive items placed on it.• Protects table and keeps sensitive components safe

from damaging static shocks.• Smooth top surface that is abrasion resistant and easy

to wipe clean with recommended art. 057.• Optional 10 mm female socket attached to the mat for

connection with recommended common grounding point cord(*).

• Overall thickness: 6,4 mm.• Weight: 3 kg per m2.• Meets EOS/ESD-S4, measured resistance for work

surfaces Rg 107 and Rp 108 Ω.• Electrostatic charge (walking test), meets ISO6356 and

EN1815.

* When ordering, specify required art. 052 (page 27).

Coil Cord

CommonGroundPointCord

HeelGrounder

Wrist Band

Table Mat

EarthBoundingPlug

Ground Point

Grounding CordFloor Mat

827 Anti-Stat POP™

Recommended uses:• For use under electrostatic sensitive components

Stock sizes:• 76 cm x 12,2 m, 91 cm x 12,2 m

Custom Lengths:• 76 cm per linear meter• 91 cm per linear meter

Colours:• Blue

ESD Protective Table Mat

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27

Art. 051 Floor Mat Grounding Cord• 4,5m cable and connector that connects a mat to

ground.• Easy to install, simply snap it to a mat and connect

terminal to ground.• The low profile bevelled cap prevents the cord from

being accidentally removed from the mat.• Resistor 1 Meg mat to ground.• Available with a ring terminal or 10 mm female socket

that connects to grounding plug.• Meets the requirements of ANSI/ESD S-20.20 and

EIA625.

Art. 052 Common Grounding Point Cord• 4,5m cable connects one or two wrist bands and a

bench mat to ground.• Assures that all parts are at the same ground potential.• Easy to install, simply snap it to a mat, plug in the wrist

strap coil cord and connect terminal to ground.• Resistor 1 Meg mat to ground.• Available with a ring terminal or 10 mm female socket

that connects to grounding plug.• Meets the requirements of ANSI/ESD S-20.20, EIA625

and ANSI/ESD S6.1.

Art. 053 Coil Cord• 1,8m cable connects Wristband to Common Ground

Point on Table mat.• 1 Meg Resistor, 10 mm socket snaps to Wristband, and

the other end is a banana plug.• Meets the requirements of EOS/ESD S1, MIL-STD-1686, and EIA 625.

Art. 056 Wrist Band• Wrist Bands connect a worker’s skin to ground and

are therefore the primary means of controlling static charge on personnel.When properly worn and con-nected to ground, static charges are safely dissipated from the person.

• Meets the requirements of EOS/ESD S1, MIL-STD-1686, and EIA 625.

Art. 054 Earth Bonding Plug• Connects grounding cords to ground.• 1 Meg Resistor, 3 x 10 mm male studs, allowing multiple cords connections per plug• Available in Continental or U.K. version

Art. 055 Heel Grounder• A device for connecting a walking or standing person

to ground by using a conductive rubber thread to provide the necessary electrical contact between the person and the floor mat.

Art. 057 Mat Cleaner• Mat cleaner is recommended for static safe table and

floor mats. Its non abrasive formula leaves no film and is designed to enhance the static dissipative properties of ESD safe surfaces. Effectively removes flux residues, oil, finger marks and dirt. Convenient 950ml bottle

trigger spray.

ESD Accessories

Ring terminal Art. 051SFG0100 Female socket Art. 051SFG0200

Ring terminal Art. 052SCG0100 Female socket Art. 052SCG0200

Coil Cord Wrist Band

Continental version art. 054SEB0100 U.K. version art. 054SEB0200

Heel GrounderMatCleaner

28 www.notrax.com

750

751

752

753

750RS

28

Category InfoMatting with excellent wear and tear resistance. Used as flooring, shelve liners and in all kinds of industrial applications in workshops, near machines and any place where objects may tend to slide on workbenches, carts, cars or lorry booths. Withstand diluted acids and alkalis.

Art. 750 Rib’n’Roll™ 3 mm fine rib• SBR rubber.• Surface: fine rib profile.• Hardness (ISO7619, DIN53505): 60 Shore A. • Specific gravity (DIN53519): black 1,5 g/m3.• Tensile strength (DIN53504): 3,5 Mpa.• Elongation at break (DIN53504): 250%.• Abrasive resistance (ISO4649, DIN53516): 300-500 mm3.• Resistance to temperature black -30°C, +70°C, grey -20°C, +70°C.• Stock sizes black 100 cm x 10 m, 120 cm x 10 m.• Stock sizes grey 100 cm x 10 m.

Art. 751 Rib’n’Roll™ 6 mm fine rib• Stock sizes black 100 cm x 10 m.

Art. 752 Rib’n’Roll™ 3 mm broad rib• Surface: broad rib profile.• Stock sizes black 100 cm x 10 m.

Art. 753 Rib’n’Roll™ 6 mm broad rib• Surface: broad rib profile.• Stock sizes black 120 cm x 10 m.

Art. 750RS Rib’n’Roll™ 3 mm fine rib• NBR/SBR rubber compound, grease resistant.• Surface: fine rib profile.• Hardness (ISO7619, DIN53505): 60 Shore A.• Specific gravity (DIN53519): black 1,5 g/m3.• Tensile strength (DIN53504): 3,5 Mpa.• Elongation at break (DIN53504): 250%.• Abrasive resistance (ISO4649, DIN53516): 300-500 mm3.• Resistance to temperature black -10°C, +70°C.• Stock sizes black 100 cm x 10 m.

Runners Grooved patterns

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746

746GR

745

737

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Art. 746 Check’n’Roll™ 3 mmIdeal flooring for factory and warehouse premises, or any kind of industrial applications to protect floors andmaterials. Withstands diluted acids and alkalis.• NR-SBR rubber.• Surface: industrial checker plate profile.• Hardness (ISO7619, DIN53505): 70 Shore A. • Density: black 1,45 g/m3, grey 1,60 g/m3.• Tear strength (ISO 34-1): black 4 N/mm2, grey 5 N/mm2.• Elongation at break: black 200%, grey 350%.• Abrasive resistance (ISO4649, DIN53516): 300-500 mm3.• Dimensional stability (EN 434): 0,15%.• Resistance to temperature black -30°C, +70°C, grey -20°C, +70°C.• Sound reduction: 20dB.• Stock sizes black 140 cm x 10 m.• Stock sizes grey 140 cm x 10 m.

Art. 746GR Check’n’Roll™ 3 mm nitrile• NBR (nitrile) rubber.• Surface: industrial checker plate profile.• Oil resistant.• Hardness (ISO7619, DIN53505): 65 Shore A.• Density 1,43 g/m3.• Tear strength (ISO 34-1): 7 N/mm2.• Elongation at break: 250%.• Abrasive resistance (ISO4649, DIN53516): 300-500 mm3.• Dimensional stability (EN 434): 0,15%.• Resistance to temperature -10°C, +70°C.• Sound reduction: 20dB.• Stock sizes black 140 cm x 10 m.

Art. 745 Dots’n’Roll™ 4 mmAllround floor covering for industrial and general applica-tions. Suitable for buildings, walking areas, stations, airports, supermarkets, lifts, buses, ships etc.• SBR rubber.• Surface: profile of mildly raised dots.• Hardness (ISO7619) 75 Shore A. • Tear strength (ISO 34-1): 20 N/mm2.• Elongation at break: 250%.• Abrasive resistance (ISO4649): 250 mm3.• Dimensional stability (EN 434): 0,4%.• Resistance to temperature -20°C, +70°C.• Sound reduction: 20dB.• Stock sizes black 100 cm x 10 m.• Stock sizes grey 100 cm x 10 m.

Art. 737 Diamond Plate Runner 4,7 mmDurable industrial vinyl flooring with rugged deck platepattern for non-directional anti-slip. • PVC compound.• Surface: profile of raised diamonds.• Hardness (ISO7619) 83 Shore A .• Tear strength (ASTMD-1004): 35 N/mm2.• Elongation at break: 225%.• Abrasive resistance: 0,09 grams lost maximum.• Flammability: self-extinguishing A.• Stock sizes black 91 cm x 22,8 m, 122 cm x 22,8 m.• Stock sizes grey 91 cm x 22,8 m, 122 cm x 22,8 m.

Non-directional patterns

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Category Info• Insulating matting prevents workers from being

‘grounded’, provides safety in case of electrical shock.

• Must be replaced every 12 months for optimum safety.

Art. 830 Switchboard Matting™• PVC compound.• Top surface with corrugated rib pattern, enhances

traction and is easy to sweep clean. Underside has fabric impression.

• Each square inch of matting is tested in conformance with ANSI/ASTM D-178 specifications.

• Class 2 - Dielectric Strength: 30.000 V.• Proof Test: 20.000 Volts.• Recommended maximum usage: 17.000 Volts.• Hardness: 80 Shore A. • Tensile strength (ASTM D412): 961 Min.• Elongation at break (ASTM D412): 278%.• Overall thickness: 6,4 mm.• Weight: 8,4 kg per m2.

Art. 667S Cushion-Ease Solid™ NC FR• Non-conductive SBR rubber compound.• Square interlocking mats allow on-site customization.• Dielectric strength and recommended usage: testing

according to IEC61-111 is pending, consult www.notrax.com for update. IEC61-111 is the

international standard for matting of insulating material for electrical purposes.

• Slip resistant pebble surface, tested R9 according to DIN51130 and BG-rule BGR181.

• Resistant to acid, oil and low temperature.• Elongation at break 192%, breaking load 17,2 kg

(ASTM D412).• Fire classification Bfl-S1 tested according to DIN


• Overall thickness: 19 mm.• Weight: 8 kg per m2.

830 Switchboard Matting™


Full rolls:• 91 cm x 22,8 m

Custom Lengths:• 91 cm widths

Colours:• Black

667S Cuhion-Ease Solid™ NC FR

Stock sizes:• 91 x 91 cm

Colours:• Black

Accessories:• MD Ramp System™ male and female attachable bevels 91 cm, black or yellow

Electrical Protective Matting

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Protective Mats Anti-slip Pads

Art. 680 Safety Trax™• Unique design anti-slip pads feature

silicon carbide embedded grit. As the top surface wears, silicon carbide continues to “chip” providing a

non-slip surface for longer service life.• Pressure acrylic adhesive backing affords easy peel and stick installation on clean dry areas.• Adhesive weight 50 g/m2, total weight 800 g/m2.• Elongation at break: 3%.• Flexibility: bends up to 90°.• Temperature resistance: -30° C, +110° C.• Colours: black, black/yellow.

Recommended uses:• Ramps, inclines, walkways, stair treads,

trailers, ship decks. Apply only to clean, dry surfaces.

Stock sizes (black):• 1,9 x 61 cm, 14 x 14 cm, 15 x 61 cm

Full Roll (black):• 2,5 cm x 18 m, 5 cm x 18 m, 15 cm x 18,3 m

Full Roll (black/yellow):• 2,5 cm x 18 m, 5 cm x 18 m

Art. 045 Slabmat™• Indestructible rubber mat that absorbs shock of fallen materials and protects floors and equipment.• Textured top surface provides traction.• Overall thickness: 12,7 mm.• Weight: 18 kg per m2.

Recommended uses:• Storage of heavy industrial equipment such as mould tools, engine

blocks.• Weight Rooms, Skating Rinks, Golf Courses• Trailers, Stables


Colours:• Black

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535 Soft-Step®

Recommended uses:• Light duty - hygienic and safe mat-

ting for wet areas: swimming pools, shower areas, dressing rooms, locker rooms, wardrobes, saunas

Stock sizes:• 60 cm x 15 m

Colours:• White-Dotted, Beige, Blue

Accessories:• Connector clips for width-wise

expansion

Product testing


Art. 535 Soft-Step™• Anti-bacterially treated polyethylene prevents growth

of fungi or bacteria and promotes hygiene in wet areas.• Anti-slip base improves safety.• Design permits water to flow freely.• Pleasantly soft and warm under bare feet.• Easy to install and relocate.• Optional clips to connect side-by-side.• Overall thickness: 9 mm.• Weight: 4,3 kg per m2.

Hygienic Matting Good

Connector clip

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33

Category Info• This truly high quality multi-functional Dust

Control Mat not only cleans and dries shoe-soles to prevent dirt and moisture being tracked into facilities, it also provides an excellent opportunity to address safety issues because most people primarily look to the floor.

• Superior colours fastness is ensured, in accord-ance with DIN54006. We work with 16 standard PMS colours, whereby any other colour can be matched. BrilliantStep™ offers a state-of-the-art

technology that even allows 3-dimensional effects, fine lines and colours shading, for each mat to have its truly individual customized image.

• Acceptable formats of images or artwork include: JPG, TIF, EPS, PCX, Adobe Illustrator, Certified PDF, to be sent to [email protected].

Art. 190 Brilliant Step™• Tufted carpet mat consisting of 100%

non-crush polyamide 6.6 high twist yarn, approx. 700 gr/m2.

• Nitrile rubber backing, 1,5 mm thick.• Non-slip gripper backing .• Enforced borders do not curl in cold

weather and will not tear.• Machine washable at 50° C.• Oil and microbe resistant.• Excellent moisture absorption capacity, >4ltr/m2.• Pile height 7 mm.• Overall thickness: 8,5 mm.

Stock sizes:• 60 cm x 85 cm 85 cm x 115 cm 85 cm x 150 cm 115 cm x 180 cm 115 cm x 240 cm 150 cm x 240 cm

01 - 427 02 - 720 03 - 142 04 - 430 05 - 283 06 - 185 07 - 1655 08 - 116

Logo, Safety signs and Message Matting Best

16 PMS colours

09 - 362 10 - 2728 11 - 208 12 - 484 13 - 432 14 - 371 15 - 281 16 - Black

34 www.notrax.com

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Aci

d

Liq

uid

Aci

d (

wea

k)50

%4

44

44

33

34

Cit

ric

Aci

d

Liq

uid

Aci

d (

wea

k, o

rgan

ic)

10%

11

11

12

22

1C

orn

Oil

Liq

uid

Fatt

y A

cid

44

11

21

11

1C

ott

on

seed

Oil

Liq

uid

Alip

hat

ic H

C4

42

23

11

11

Cyc

loh

exan

eLi

qu

idA

liph

atic

HC

44

11

14

44

2C

yclo

hex

ano

lLi

qu

idA

lco

ho

l (cy

clic

)4

43

33

11

1--

-C

yclo

hex

ano

ne

Liq

uid

Ket

on

e4

44

44

44

44

Dib

uty

l Ph

thal

ate

Liq

uid

Este

r4

44

44

33

34

Die

sel f

uel

Liq

uid

Petr

ole

um

HC

44

11

13

33

---

Die

sel O

ilLi

qu

idPe

tro

leu

m H

C4

41

11

33

33

Dio

ctyl

Ph

thal

ate

(DO

P)Li

qu

idEs

ter

44

33

34

44

4Et

han

eLi

qu

idA

liph

atic

HC

44

11

11

11

2Et

hyl

Ace

tate

Liq

uid

Este

r2

24

44

33

34

Eth

yl A

lco

ho

l (et

han

ol)

Liq

uid

Alc

oh

ol

11

11

13

33

4Et

hyl

Eth

erLi

qu

idEt

her

44

33

33

33

3Et

hyl

ene

Gly

col (

anti

free

ze)

Liq

uid

Alc

oh

ol

11

11

11

11

4Fo

rmal

deh

yde

Liq

uid

Ald

ehyd

e37

%3

32

22

11

13

Form

ic A

cid

Liq

uid

Aci

d (

wea

k, o

rgan

ic)

22

22

21

11

4Fr

esh

Wat

erLi

qu

id1

11

11

11

11

Fuel

Oil

Liq

uid

Alip

hat

ic H

C4

41

11

22

23

Gas

olin

eLi

qu

idA

liph

atic

HC

44

11

13

33

2G

ear

Oil

(85w

-140

)Li

qu

idPa

raffi

n O

il4

41

11

22

2--

-G

luco

seLi

qu

idSu

gar

11

11

11

11

1G

lyce

rin

Liq

uid

Alc

oh

ol

11

11

11

11

2H

epta

ne

Liq

uid

Alip

hat

ic H

C4

41

11

22

22

Hex

ane

Liq

uid

Alip

hat

ic H

C4

41

11

33

32

Hyd

rau

lic F

luid

Liq

uid

Alip

hat

ic H

C4

41

11

22

24

Hyd

razi

ne

Liq

uid

Bas

e (w

eak)

44

22

21

11

4H

ydro

chlo

ric

Aci

d

Liq

uid

Aci

d (

stro

ng

)30

%2

24

44

22

24

Hyd

rofl

uo

ric

Aci

dLi

qu

idA

cid

(w

eak)

30%

44

44

43

33

4H

ydro

gen

Per

oxi

de

Liq

uid

33

33

31

11

2Io

din

eLi

qu

idIn

org

anic

Hal

og

enat

ed C

om

po

un

d4

43

33

11

14

IRM

902

Liq

uid

Nap

ath

enic

Oil

44

22

2n

/an

/an

/a2

IRM

903

Liq

uid

Nap

ath

enic

Oil

44

22

2n

/an

/an

/a2

Jet

Fuel

Liq

uid

Aro

mat

ic H

C4

41

11

33

33

Ker

ose

ne

Liq

uid

Alip

hat

ic H

C4

41

11

33

32

Lacq

uer

sLi

qu

idA

rom

atic

HC

(w

ith

alc

oh

ol)

44

44

44

44

4Li

no

leic

Aci

dLi

qu

idFa

tty

Aci

d4

42

22

---

---

---

---

Lin

seed

Oil

Liq

uid

Fatt

y A

cid

44

11

12

22

1M

eth

ane

Liq

uid

Alip

hat

ic H

C4

41

11

22

23

Met

hyl

Alc

oh

ol (

met

han

ol)

Liq

uid

Alc

oh

ol

11

11

11

11

4M

eth

yl E

thyl

Ket

on

e (M

EK)

Liq

uid

Ket

on

e4

44

44

44

44

Met

hyl

Fo

rmat

eLi

qu

idA

lco

ho

l3

33

33

33

34

Met

hyl

Iso

bu

tyl K

eto

ne

(MIB

K)

Liq

uid

Ket

on

e4

44

44

44

44

Met

hyl

Met

hac

ryla

teLi

qu

idEs

ter

44

44

41

11

4M

eth

ylen

e C

hlo

rid

eLi

qu

idA

liph

atic

HC

(h

alo

gen

ated

)4

44

44

44

44

Min

eral

Oil

Liq

uid

Petr

ole

um

HC

44

11

13

33

1M

iner

al S

pir

its

Liq

uid

Alip

hat

ic H

C4

42

22

33

32

Mo

tor

Oil

10w

-30

(nat

ura

l)Li

qu

idPa

raffi

n O

il4

41

12

22

22

Mo

tor

Oil

10w

-30(

syn

thet

ic)

Liq

uid

Para

ffin

Oil

44

11

22

22

2N

apat

hen

icLi

qu

idA

rom

atic

HC

44

11

1--

---

---

-3

Nap

tha

Liq

uid

Aro

mat

ic H

C4

41

11

22

23

Nit

ric

Aci

d

Liq

uid

Aci

d (

stro

ng

)20

%4

44

44

22

24

Nit

ric

Aci

d

Liq

uid

Co

nce

ntr

ated

44

44

42

22

4N

itro

ben

zen

eLi

qu

idA

rom

atic

HC

44

44

44

44

4O

ctan

eLi

qu

idA

liph

atic

HC

44

11

12

22

4O

leic

Aci

dLi

qu

idA

cid

44

22

23

33

2O

xalic

Aci

dLi

qu

idA

cid

(w

eak)

22

22

22

22

3Pe

anu

t O

ilLi

qu

idFa

tty

Aci

d4

42

22

11

12

Pen

tan

eLi

qu

idA

liph

atic

HC

44

11

12

22

4Pe

rch

loro

eth

ylen

eLi

qu

idA

liph

atic

HC

(ch

lori

nat

ed)

44

22

23

33

4Pe

tro

leu

mLi

qu

idA

liph

atic

HC

44

11

12

22

2Ph

osp

ho

ric

Aci

dLi

qu

idA

cid

(w

eak)

22

33

31

11

4Pi

ne

Oil

Liq

uid

Turp

ene/

Alc

oh

ol/E

ther

100%

44

33

44

44

2Pi

ne

Oil

Liq

uid

20%

=Pi

ne-

Sol

33

22

23

33

1Po

tass

ium

Hyd

roxi

de

Liq

uid

Bas

e (s

tro

ng

)50

%2

22

22

11

13

Pow

er S

teer

ing

Flu

idLi

qu

idN

apat

hen

ic O

il4

41

12

22

2--

-Pr

op

ane

Liq

uid

Alip

hat

ic H

C4

41

11

11

12

Pro

pyl

Alc

oh

ol (

pro

pan

ol)

Liq

uid

Alc

oh

ol

11

11

12

22

4Pr

op

ylen

e D

ich

lori

de

Liq

uid

Alip

hat

ic H

C4

44

44

44

44

Salt

Wat

erLi

qu

id1

11

11

11

11

Silic

ates

Solid

Alk

ali M

etal

s1

11

11

11

11

Silv

er N

itra

teSo

lidIn

org

anic

Sal

t1

12

22

11

11

Sod

ium

Bic

arb

on

ate

Solid

Ino

rgan

ic S

alt

11

11

11

11

1So

diu

m H

ydro

xid

eLi

qu

idB

ase

(str

on

g)

22

22

22

22

3So

diu

m H

ydro

xid

e Li

qu

id0.

34%

= M

r. C

lean

11

11

11

11

1So

diu

m H

ypo

chlo

rite

(b

leac

h)

Liq

uid

Bas

e1

11

11

11

14

Stea

ric

Aci

dLi

qu

idFa

tty

Aci

d3

31

11

22

21

Styr

ene

Liq

uid

Aro

mat

ic H

C4

44

44

44

43

Sulf

uri

c A

cid

Li

qu

idA

cid

(st

ron

g)

<10

%2

22

22

11

14

Sulf

uri

c A

cid

Li

qu

id10

-75%

33

44

41

11

4Su

lfu

ric

Aci

d

Liq

uid

Co

nce

ntr

ated

44

44

44

44

2Te

trah

ydro

fura

n (

THF)

Liq

uid

Eth

er4

44

44

44

43

Tolu

ene

(met

hyl

ben

zen

e)Li

qu

idA

rom

atic

HC

44

33

34

44

4Tr

ansm

issi

on

Flu

idLi

qu

idN

apat

hei

c o

r Pa

raffi

n O

il4

41

11

22

21

Trin

itro

ben

zen

eLi

qu

idA

rom

atic

HC

44

44

44

44

---

Turp

enti

ne

Liq

uid

Alip

hat

ic H

C4

41

11

44

44

Veg

etab

le O

ilLi

qu

idA

liph

atic

HC

44

11

21

11

1V

ineg

ar

Liq

uid

Aci

d (

wea

k, o

rgan

ic)

5% A

ceti

c A

cid

33

11

11

11

3X

ylen

eLi

qu

idA

rom

atic

HC

44

44

44

44

4

34

Ch

emic

al R

esis

tan

ce G

uid

eA

rt. 4

70A

rt. 4

80A

rt. 5

45A

rt. 5

56A

rt. 5

50B

LA

rt. 5

62B

LA

rt. 5

63B

LA

rt. 0

45

Art

. 667

SA

rt. 7

45A

rt. 7

46A

rt. 7

50A

rt. 7

51A

rt. 7

52A

rt. 7

53A

rt. 8

32

Art

. 549

Art

. 543

Art

. 580

Art

. 746

GR

Art

. 665

SFR

Art

. 856

SFR

Art

. 661

SA

rt. 6

65S

Art

. 650

SFR

Art

. 662

SA

rt. 8

50SF

R

Art

. 556

RS

Art

. 550

RD

Art

. 562

RD

Art

. 563

RD

Art

. 563

BU

Art

. 750

RS

Art

. 411

Art

. 410

Art

. 419

Art

. 406

Art

. 413

Art

. 417

Art

. 825

Art

. 827

Art

. 479

Art

. 737

Art

. 826

Art

. 830

Art

. 979

Art

. 478

Art

. 420

Art

. 422

Art

. 520

Art

. 522

Art

. 520

HD

Art

. 522

HD

Art

. 920

HD

Art

. 922

HD

Art

. 451

Art

. 450

Art

. 663

SC

hem

ical

Form

Ch

emic

al F

amily

Co

nce

ntr

atio

n

2-Pr

op

ano

l (is

op

rop

al a

lco

ho

l)Li

qu

idA

lco

ho

l1

12

22

22

24

1A

ceta

ldeh

yde

Liq

uid

Ald

ehyd

e50

%2

24

44

33

34

2A

ceti

c A

cid

Li

qu

idA

cid

(w

eak,

org

anic

)G

laci

al3

33

33

44

44

2A

ceti

c A

cid

Li

qu

id50

%2

23

33

22

23

2A

ceti

c A

nh

ydri

de

Liq

uid

Aci

d (

wea

k)3

32

22

44

44

2A

ceto

ne

Liq

uid

Ket

on

e3

34

44

33

34

1A

mm

on

ium

Hyd

roxi

de

Liq

uid

Bas

e (w

eak)

28-3

0%4

44

44

11

14

2A

myl

Ace

tate

Liq

uid

Car

bo

xylic

Aci

d (

Alip

hat

ic)

44

44

43

33

42

An

ilin

eLi

qu

idB

ase

(aro

mat

ic, w

eak)

44

44

44

44

42

AST

M #

1Li

qu

idPa

raffi

n O

il4

41

11

n/a

n/a

n/a

14

Bee

f Fa

tSo

lid/L

iqu

id4

41

12

22

22

4B

enze

ne

Liq

uid

Aro

mat

ic H

C4

44

44

44

44

4B

enzo

ic A

cid

Liq

uid

Car

bo

xylic

Aci

d (

Aro

mat

ic)

44

44

41

11

44

Ben

zyl A

lco

ho

lLi

qu

idA

lco

ho

l4

44

44

44

44

4B

ori

c A

cid

Liq

uid

Aci

d (

wea

k)1

11

11

11

11

4B

rake

Flu

idLi

qu

idEt

her

/Gly

col

44

44

44

44

41

Bro

min

eLi

qu

id/G

asH

alo

gen

44

44

42

22

44

Bu

tan

eLi

qu

idA

liph

atic

HC

44

11

13

33

34

Bu

tter

Solid

/Liq

uid

44

11

21

11

22

Bu

tyl A

ceta

teLi

qu

idC

arb

oxy

lic A

cid

(A

liph

atic

)4

44

44

33

34

3B

uty

l Alc

oh

ol (

bu

tan

ol)

Liq

ud

Alc

oh

ol

11

11

11

11

32

Cal

ciu

m C

hlo

rid

e So

lidIn

org

anic

Sal

t1

11

11

22

21

1C

alci

um

Hyd

roxi

de

Solid

Met

al H

ydro

xid

e1

11

11

22

22

1C

arb

olic

Aci

d (

liqu

id p

hen

ol)

Liq

uid

Aci

d (

org

anic

)4

44

44

44

44

4C

arb

on

Mo

no

xid

eG

asIn

org

anic

Car

bo

n C

om

po

un

d3

32

22

11

11

1C

arb

on

Tet

rach

lori

de

Liq

uid

Hal

og

enat

ed O

rgan

ic L

iqu

id4

43

33

44

44

4C

hic

ken

Fat

Solid

/Liq

uid

44

22

22

22

24

Ch

loro

acet

on

eLi

qu

idK

eto

ne

44

44

44

44

42

Ch

loro

form

Liq

uid

Alip

hat

ic H

C4

44

44

44

44

4C

hro

mic

Aci

d

Liq

uid

Aci

d (

wea

k)50

%4

44

44

33

34

3C

itri

c A

cid

Li

qu

idA

cid

(w

eak,

org

anic

)10

%1

11

11

22

21

1C

orn

Oil

Liq

uid

Fatt

y A

cid

44

11

21

11

14

Co

tto

nse

ed O

ilLi

qu

idA

liph

atic

HC

44

22

31

11

14

Cyc

loh

exan

eLi

qu

idA

liph

atic

HC

44

11

14

44

24

Cyc

loh

exan

ol

Liq

uid

Alc

oh

ol (

cycl

ic)

44

33

31

11

---

4C

yclo

hex

ano

ne

Liq

uid

Ket

on

e4

44

44

44

44

2D

ibu

tyl P

hth

alat

eLi

qu

idEs

ter

44

44

43

33

41

Die

sel f

uel

Liq

uid

Petr

ole

um

HC

44

11

13

33

---

4D

iese

l Oil

Liq

uid

Petr

ole

um

HC

44

11

13

33

34

Dio

ctyl

Ph

thal

ate

(DO

P)Li

qu

idEs

ter

44

33

34

44

43

Eth

ane

Liq

uid

Alip

hat

ic H

C4

41

11

11

12

4Et

hyl

Ace

tate

Liq

uid

Este

r2

24

44

33

34

4Et

hyl

Alc

oh

ol (

eth

ano

l)Li

qu

idA

lco

ho

l1

11

11

33

34

1Et

hyl

Eth

erLi

qu

idEt

her

44

33

33

33

34

Eth

ylen

e G

lyco

l (an

tifr

eeze

)Li

qu

idA

lco

ho

l1

11

11

11

14

1Fo

rmal

deh

yde

Liq

uid

Ald

ehyd

e37

%3

32

22

11

13

2Fo

rmic

Aci

dLi

qu

idA

cid

(w

eak,

org

anic

)2

22

22

11

14

1Fr

esh

Wat

erLi

qu

id1

11

11

11

11

1Fu

el O

il Li

qu

idA

liph

atic

HC

44

11

12

22

34

Gas

olin

eLi

qu

idA

liph

atic

HC

44

11

13

33

24

Gea

r O

il (8

5w-1

40)

Liq

uid

Para

ffin

Oil

44

11

12

22

---

4G

luco

seLi

qu

idSu

gar

11

11

11

11

12

Gly

ceri

nLi

qu

idA

lco

ho

l1

11

11

11

12

2H

epta

ne

Liq

uid

Alip

hat

ic H

C4

41

11

22

22

4H

exan

eLi

qu

idA

liph

atic

HC

44

11

13

33

24

Hyd

rau

lic F

luid

Liq

uid

Alip

hat

ic H

C4

41

11

22

24

4H

ydra

zin

eLi

qu

idB

ase

(wea

k)4

42

22

11

14

1H

ydro

chlo

ric

Aci

d

Liq

uid

Aci

d (

stro

ng

)30

%2

24

44

22

24

2H

ydro

flu

ori

c A

cid

Liq

uid

Aci

d (

wea

k)30

%4

44

44

33

34

2H

ydro

gen

Per

oxi

de

Liq

uid

33

33

31

11

22

Iod

ine

Liq

uid

Ino

rgan

ic H

alo

gen

ated

Co

mp

ou

nd

44

33

31

11

42

IRM

902

Liq

uid

Nap

ath

enic

Oil

44

22

2n

/an

/an

/a2

4IR

M 9

03Li

qu

idN

apat

hen

ic O

il4

42

22

n/a

n/a

n/a

24

Jet

Fuel

Liq

uid

Aro

mat

ic H

C4

41

11

33

33

4K

ero

sen

eLi

qu

idA

liph

atic

HC

44

11

13

33

24

Lacq

uer

sLi

qu

idA

rom

atic

HC

(w

ith

alc

oh

ol)

44

44

44

44

44

Lin

ole

ic A

cid

Liq

uid

Fatt

y A

cid

44

22

2--

---

---

---

-4

Lin

seed

Oil

Liq

uid

Fatt

y A

cid

44

11

12

22

13

Met

han

eLi

qu

idA

liph

atic

HC

44

11

12

22

34

Met

hyl

Alc

oh

ol (

met

han

ol)

Liq

uid

Alc

oh

ol

11

11

11

11

41

Met

hyl

Eth

yl K

eto

ne

(MEK

)Li

qu

idK

eto

ne

44

44

44

44

42

Met

hyl

Fo

rmat

eLi

qu

idA

lco

ho

l3

33

33

33

34

2M

eth

yl Is

ob

uty

l Ket

on

e (M

IBK

)Li

qu

idK

eto

ne

44

44

44

44

42

Met

hyl

Met

hac

ryla

teLi

qu

idEs

ter

44

44

41

11

44

Met

hyl

ene

Ch

lori

de

Liq

uid

Alip

hat

ic H

C (

hal

og

enat

ed)

44

44

44

44

43

Min

eral

Oil

Liq

uid

Petr

ole

um

HC

44

11

13

33

14

Min

eral

Sp

irit

s Li

qu

idA

liph

atic

HC

44

22

23

33

24

Mo

tor

Oil

10w

-30

(nat

ura

l)Li

qu

idPa

raffi

n O

il4

41

12

22

22

4M

oto

r O

il 10

w-3

0(sy

nth

etic

)Li

qu

idPa

raffi

n O

il4

41

12

22

22

4N

apat

hen

icLi

qu

idA

rom

atic

HC

44

11

1--

---

---

-3

4N

apth

aLi

qu

idA

rom

atic

HC

44

11

12

22

34

Nit

ric

Aci

d

Liq

uid

Aci

d (

stro

ng

)20

%4

44

44

22

24

2N

itri

c A

cid

Li

qu

idC

on

cen

trat

ed4

44

44

22

24

1N

itro

ben

zen

eLi

qu

idA

rom

atic

HC

44

44

44

44

42

Oct

ane

Liq

uid

Alip

hat

ic H

C4

41

11

22

24

4O

leic

Aci

dLi

qu

idA

cid

44

22

23

33

23

Oxa

lic A

cid

Liq

uid

Aci

d (

wea

k)2

22

22

22

23

1Pe

anu

t O

ilLi

qu

idFa

tty

Aci

d4

42

22

11

12

4Pe

nta

ne

Liq

uid

Alip

hat

ic H

C4

41

11

22

24

4Pe

rch

loro

eth

ylen

eLi

qu

idA

liph

atic

HC

(ch

lori

nat

ed)

44

22

23

33

44

Petr

ole

um

Liq

uid

Alip

hat

ic H

C4

41

11

22

22

4Ph

osp

ho

ric

Aci

dLi

qu

idA

cid

(w

eak)

22

33

31

11

41

Pin

e O

ilLi

qu

idTu

rpen

e/A

lco

ho

l/Eth

er10

0%4

43

34

44

42

4Pi

ne

Oil

Liq

uid

20%

=Pi

ne-

Sol

33

22

23

33

14

Pota

ssiu

m H

ydro

xid

eLi

qu

idB

ase

(str

on

g)

50%

22

22

21

11

31

Pow

er S

teer

ing

Flu

idLi

qu

idN

apat

hen

ic O

il4

41

12

22

2--

-4

Pro

pan

eLi

qu

idA

liph

atic

HC

44

11

11

11

24

Pro

pyl

Alc

oh

ol (

pro

pan

ol)

Liq

uid

Alc

oh

ol

11

11

12

22

41

Pro

pyl

ene

Dic

hlo

rid

eLi

qu

idA

liph

atic

HC

44

44

44

44

44

Salt

Wat

erLi

qu

id1

11

11

11

11

1Si

licat

esSo

lidA

lkal

i Met

als

11

11

11

11

12

Silv

er N

itra

teSo

lidIn

org

anic

Sal

t1

12

22

11

11

1So

diu

m B

icar

bo

nat

eSo

lidIn

org

anic

Sal

t1

11

11

11

11

1So

diu

m H

ydro

xid

eLi

qu

idB

ase

(str

on

g)

22

22

22

22

31

Sod

ium

Hyd

roxi

de

Liq

uid

0.34

% =

Mr.

Cle

an1

11

11

11

11

1So

diu

m H

ypo

chlo

rite

(b

leac

h)

Liq

uid

Bas

e1

11

11

11

14

2St

eari

c A

cid

Liq

uid

Fatt

y A

cid

33

11

12

22

12

Styr

ene

Liq

uid

Aro

mat

ic H

C4

44

44

44

43

4Su

lfu

ric

Aci

d

Liq

uid

Aci

d (

stro

ng

)10

-75%

33

44

41

11

42

Sulf

uri

c A

cid

Li

qu

idC

on

cen

trat

ed4

44

44

44

44

3Su

lfu

ric

Aci

d

Liq

uid

<10

%2

22

22

11

12

2Te

trah

ydro

fura

n (

THF)

Liq

uid

Eth

er4

44

44

44

43

4To

luen

e (m

eth

yl b

enze

ne)

Liq

uid

Aro

mat

ic H

C4

43

33

44

44

4Tr

ansm

issi

on

Flu

idLi

qu

idN

apat

hei

c o

r Pa

raffi

n O

il4

41

11

22

21

4Tr

init

rob

enze

ne

Liq

uid

Aro

mat

ic H

C4

44

44

44

4--

-4

Turp

enti

ne

Liq

uid

Alip

hat

ic H

C4

41

11

44

44

4V

eget

able

Oil

Liq

uid

Alip

hat

ic H

C4

41

12

11

11

4V

ineg

ar

Liq

uid

Aci

d (

wea

k, o

rgan

ic)

5% A

ceti

c A

cid

33

11

11

11

31

Xyl

ene

Liq

uid

Aro

mat

ic H

C4

44

44

44

44

4

Chemical Resistance Guide

www.notrax.com 3www.notrax.com 35

Ch

emic

al R

esis

tan

ce G

uid

eA

rt. 4

70A

rt. 4

80A

rt. 5

45A

rt. 5

56A

rt. 5

50B

LA

rt. 5

62B

LA

rt. 5

63B

LA

rt. 0

45

Art

. 745

Art

. 746

Art

. 750

Art

. 751

Art

. 752

Art

. 753

Art

. 832

Art

. 549

Art

. 543

Art

. 580

Art

. 746

GR

Art

. 656

FRA

rt. 8

56FR

Art

. 656

DIF

Art

. 656

CO

NA

rt. 5

50FR

Art

. 650

AB

Art

. 850

FR

Art

. 556

RS

Art

. 550

RD

Art

. 562

RD

Art

. 563

RD

Art

. 563

BU

Art

. 750

RS

Art

. 411

Art

. 410

Art

. 419

Art

. 406

Art

. 413

Art

. 417

Art

. 825

Art

. 827

Art

. 479

Art

. 737

Art

. 826

Art

. 830

Art

. 979

Art

. 478

Art

. 420

Art

. 422

Art

. 520

Art

. 522

Art

. 520

HD

Art

. 522

HD

Art

. 920

HD

Art

. 922

HD

Art

. 451

Art

. 450

Art

. 650

BFR

Ch

emic

alFo

rmC

hem

ical

Fam

ilyC

on

cen

trat

ion

Bu

tan

eLi

qu

idA

liph

atic

HC

44

11

13

33

3B

utt

erSo

lid/L

iqu

id4

41

12

11

12

Bu

tyl A

ceta

teLi

qu

idC

arb

oxy

lic A

cid

(A

liph

atic

)4

44

44

33

34

Bu

tyl A

lco

ho

l (b

uta

no

l)Li

qu

dA

lco

ho

l1

11

11

11

13

Cal

ciu

m C

hlo

rid

e So

lidIn

org

anic

Sal

t1

11

11

22

21

Cal

ciu

m H

ydro

xid

e So

lidM

etal

Hyd

roxi

de

11

11

12

22

2C

arb

olic

Aci

d (

liqu

id p

hen

ol)

Liq

uid

Aci

d (

org

anic

)4

44

44

44

44

Car

bo

n M

on

oxi

de

Gas

Ino

rgan

ic C

arb

on

Co

mp

ou

nd

33

22

21

11

1C

arb

on

Tet

rach

lori

de

Liq

uid

Hal

og

enat

ed O

rgan

ic L

iqu

id4

43

33

44

44

Ch

icke

n F

atSo

lid/L

iqu

id4

42

22

22

22

Ch

loro

acet

on

eLi

qu

idK

eto

ne

44

44

44

44

4C

hlo

rofo

rmLi

qu

idA

liph

atic

HC

44

44

44

44

4C

hro

mic

Aci

d

Liq

uid

Aci

d (

wea

k)50

%4

44

44

33

34

Cit

ric

Aci

d

Liq

uid

Aci

d (

wea

k, o

rgan

ic)

10%

11

11

12

22

1C

orn

Oil

Liq

uid

Fatt

y A

cid

44

11

21

11

1C

ott

on

seed

Oil

Liq

uid

Alip

hat

ic H

C4

42

23

11

11

Cyc

loh

exan

eLi

qu

idA

liph

atic

HC

44

11

14

44

2C

yclo

hex

ano

lLi

qu

idA

lco

ho

l (cy

clic

)4

43

33

11

1--

-C

yclo

hex

ano

ne

Liq

uid

Ket

on

e4

44

44

44

44

Dib

uty

l Ph

thal

ate

Liq

uid

Este

r4

44

44

33

34

Die

sel f

uel

Liq

uid

Petr

ole

um

HC

44

11

13

33

---

Die

sel O

ilLi

qu

idPe

tro

leu

m H

C4

41

11

33

33

Dio

ctyl

Ph

thal

ate

(DO

P)Li

qu

idEs

ter

44

33

34

44

4Et

han

eLi

qu

idA

liph

atic

HC

44

11

11

11

2Et

hyl

Ace

tate

Liq

uid

Este

r2

24

44

33

34

Eth

yl A

lco

ho

l (et

han

ol)

Liq

uid

Alc

oh

ol

11

11

13

33

4Et

hyl

Eth

erLi

qu

idEt

her

44

33

33

33

3Et

hyl

ene

Gly

col (

anti

free

ze)

Liq

uid

Alc

oh

ol

11

11

11

11

4Fo

rmal

deh

yde

Liq

uid

Ald

ehyd

e37

%3

32

22

11

13

Form

ic A

cid

Liq

uid

Aci

d (

wea

k, o

rgan

ic)

22

22

21

11

4Fr

esh

Wat

erLi

qu

id1

11

11

11

11

Fuel

Oil

Liq

uid

Alip

hat

ic H

C4

41

11

22

23

Gas

olin

eLi

qu

idA

liph

atic

HC

44

11

13

33

2G

ear

Oil

(85w

-140

)Li

qu

idPa

raffi

n O

il4

41

11

22

2--

-G

luco

seLi

qu

idSu

gar

11

11

11

11

1G

lyce

rin

Liq

uid

Alc

oh

ol

11

11

11

11

2H

epta

ne

Liq

uid

Alip

hat

ic H

C4

41

11

22

22

Hex

ane

Liq

uid

Alip

hat

ic H

C4

41

11

33

32

Hyd

rau

lic F

luid

Liq

uid

Alip

hat

ic H

C4

41

11

22

24

Hyd

razi

ne

Liq

uid

Bas

e (w

eak)

44

22

21

11

4H

ydro

chlo

ric

Aci

d

Liq

uid

Aci

d (

stro

ng

)30

%2

24

44

22

24

Hyd

rofl

uo

ric

Aci

dLi

qu

idA

cid

(w

eak)

30%

44

44

43

33

4H

ydro

gen

Per

oxi

de

Liq

uid

33

33

31

11

2Io

din

eLi

qu

idIn

org

anic

Hal

og

enat

ed C

om

po

un

d4

43

33

11

14

IRM

902

Liq

uid

Nap

ath

enic

Oil

44

22

2n

/an

/an

/a2

IRM

903

Liq

uid

Nap

ath

enic

Oil

44

22

2n

/an

/an

/a2

Jet

Fuel

Liq

uid

Aro

mat

ic H

C4

41

11

33

33

Ker

ose

ne

Liq

uid

Alip

hat

ic H

C4

41

11

33

32

Lacq

uer

sLi

qu

idA

rom

atic

HC

(w

ith

alc

oh

ol)

44

44

44

44

4Li

no

leic

Aci

dLi

qu

idFa

tty

Aci

d4

42

22

---

---

---

---

Lin

seed

Oil

Liq

uid

Fatt

y A

cid

44

11

12

22

1M

eth

ane

Liq

uid

Alip

hat

ic H

C4

41

11

22

23

Met

hyl

Alc

oh

ol (

met

han

ol)

Liq

uid

Alc

oh

ol

11

11

11

11

4M

eth

yl E

thyl

Ket

on

e (M

EK)

Liq

uid

Ket

on

e4

44

44

44

44

Met

hyl

Fo

rmat

eLi

qu

idA

lco

ho

l3

33

33

33

34

Met

hyl

Iso

bu

tyl K

eto

ne

(MIB

K)

Liq

uid

Ket

on

e4

44

44

44

44

Met

hyl

Met

hac

ryla

teLi

qu

idEs

ter

44

44

41

11

4M

eth

ylen

e C

hlo

rid

eLi

qu

idA

liph

atic

HC

(h

alo

gen

ated

)4

44

44

44

44

Min

eral

Oil

Liq

uid

Petr

ole

um

HC

44

11

13

33

1M

iner

al S

pir

its

Liq

uid

Alip

hat

ic H

C4

42

22

33

32

Mo

tor

Oil

10w

-30

(nat

ura

l)Li

qu

idPa

raffi

n O

il4

41

12

22

22

Mo

tor

Oil

10w

-30(

syn

thet

ic)

Liq

uid

Para

ffin

Oil

44

11

22

22

2N

apat

hen

icLi

qu

idA

rom

atic

HC

44

11

1--

---

---

-3

Nap

tha

Liq

uid

Aro

mat

ic H

C4

41

11

22

23

Nit

ric

Aci

d

Liq

uid

Aci

d (

stro

ng

)20

%4

44

44

22

24

Nit

ric

Aci

d

Liq

uid

Co

nce

ntr

ated

44

44

42

22

4N

itro

ben

zen

eLi

qu

idA

rom

atic

HC

44

44

44

44

4O

ctan

eLi

qu

idA

liph

atic

HC

44

11

12

22

4O

leic

Aci

dLi

qu

idA

cid

44

22

23

33

2O

xalic

Aci

dLi

qu

idA

cid

(w

eak)

22

22

22

22

3Pe

anu

t O

ilLi

qu

idFa

tty

Aci

d4

42

22

11

12

Pen

tan

eLi

qu

idA

liph

atic

HC

44

11

12

22

4Pe

rch

loro

eth

ylen

eLi

qu

idA

liph

atic

HC

(ch

lori

nat

ed)

44

22

23

33

4Pe

tro

leu

mLi

qu

idA

liph

atic

HC

44

11

12

22

2Ph

osp

ho

ric

Aci

dLi

qu

idA

cid

(w

eak)

22

33

31

11

4Pi

ne

Oil

Liq

uid

Turp

ene/

Alc

oh

ol/E

ther

100%

44

33

44

44

2Pi

ne

Oil

Liq

uid

20%

=Pi

ne-

Sol

33

22

23

33

1Po

tass

ium

Hyd

roxi

de

Liq

uid

Bas

e (s

tro

ng

)50

%2

22

22

11

13

Pow

er S

teer

ing

Flu

idLi

qu

idN

apat

hen

ic O

il4

41

12

22

2--

-Pr

op

ane

Liq

uid

Alip

hat

ic H

C4

41

11

11

12

Pro

pyl

Alc

oh

ol (

pro

pan

ol)

Liq

uid

Alc

oh

ol

11

11

12

22

4Pr

op

ylen

e D

ich

lori

de

Liq

uid

Alip

hat

ic H

C4

44

44

44

44

Salt

Wat

erLi

qu

id1

11

11

11

11

Silic

ates

Solid

Alk

ali M

etal

s1

11

11

11

11

Silv

er N

itra

teSo

lidIn

org

anic

Sal

t1

12

22

11

11

Sod

ium

Bic

arb

on

ate

Solid

Ino

rgan

ic S

alt

11

11

11

11

1So

diu

m H

ydro

xid

eLi

qu

idB

ase

(str

on

g)

22

22

22

22

3So

diu

m H

ydro

xid

e Li

qu

id0.

34%

= M

r. C

lean

11

11

11

11

1So

diu

m H

ypo

chlo

rite

(b

leac

h)

Liq

uid

Bas

e1

11

11

11

14

Stea

ric

Aci

dLi

qu

idFa

tty

Aci

d3

31

11

22

21

Styr

ene

Liq

uid

Aro

mat

ic H

C4

44

44

44

43

Sulf

uri

c A

cid

Li

qu

idA

cid

(st

ron

g)

<10

%2

22

22

11

14

Sulf

uri

c A

cid

Li

qu

id10

-75%

33

44

41

11

4Su

lfu

ric

Aci

d

Liq

uid

Co

nce

ntr

ated

44

44

44

44

2Te

trah

ydro

fura

n (

THF)

Liq

uid

Eth

er4

44

44

44

43

Tolu

ene

(met

hyl

ben

zen

e)Li

qu

idA

rom

atic

HC

44

33

34

44

4Tr

ansm

issi

on

Flu

idLi

qu

idN

apat

hei

c o

r Pa

raffi

n O

il4

41

11

22

21

Trin

itro

ben

zen

eLi

qu

idA

rom

atic

HC

44

44

44

44

---

Turp

enti

ne

Liq

uid

Alip

hat

ic H

C4

41

11

44

44

Veg

etab

le O

ilLi

qu

idA

liph

atic

HC

44

11

21

11

1V

ineg

ar

Liq

uid

Aci

d (

wea

k, o

rgan

ic)

5% A

ceti

c A

cid

33

11

11

11

3X

ylen

eLi

qu

idA

rom

atic

HC

44

44

44

44

4

35

All Notrax® Floor Matting Products are subject to rigorous testing by independent laboratories prior to their introduction to the market. Our Product Testing Charts show the following relative comparisons between the Notrax® mats featured in each category of this brochure:

Wear Resistance (ASTM D3884-92)Indicates the time it takes for a mat to lose its functionality.This is an accelerated wear test where the results are expressed in total weight loss of material when subjected to 5000 cycles under an abrasion wheel.The higher the pointer in the test chart, the greater its resistance to wear.

Slip Resistance (ASTM C1028-89)Indicates the slip resistance of a mat. This test measures the force required to cause slippage of a load across the surface material.The coefficient is the ratio of force required divided by the weight. The higher the pointer in the test chart, the greater the coefficient of friction ratio, thus the better the slip resistance of a mat.

Anti-Fatigue (ASTM D3574)Indicates the degree of comfort a mat provides. This test starts by measuring the original thickness of a mat.Then compres-sion is applied and the thickness under this load is measured again.The difference between the two measurements versus other mats is called deflection.The higher the pointer in the test chart, the better its anti-fatigue properties.

Example Product Testing Chart

Product Testing

Product testing


Ch

emic

al R

esis

tan

ce G

uid

eA

rt. 4

70A

rt. 4

80A

rt. 5

45A

rt. 5

56A

rt. 5

50B

LA

rt. 5

62B

LA

rt. 5

63B

LA

rt. 0

45

Art

. 667

SA

rt. 7

45A

rt. 7

46A

rt. 7

50A

rt. 7

51A

rt. 7

52A

rt. 7

53A

rt. 8

32

Art

. 549

Art

. 543

Art

. 580

Art

. 746

GR

Art

. 665

SFR

Art

. 856

SFR

Art

. 661

SA

rt. 6

65S

Art

. 650

SFR

Art

. 662

SA

rt. 8

50SF

R

Art

. 556

RS

Art

. 550

RD

Art

. 562

RD

Art

. 563

RD

Art

. 563

BU

Art

. 750

RS

Art

. 411

Art

. 410

Art

. 419

Art

. 406

Art

. 413

Art

. 417

Art

. 825

Art

. 827

Art

. 479

Art

. 737

Art

. 826

Art

. 830

Art

. 979

Art

. 478

Art

. 420

Art

. 422

Art

. 520

Art

. 522

Art

. 520

HD

Art

. 522

HD

Art

. 920

HD

Art

. 922

HD

Art

. 451

Art

. 450

Art

. 663

SC

hem

ical

Form

Ch

emic

al F

amily

Co

nce

ntr

atio

n

2-Pr

op

ano

l (is

op

rop

al a

lco

ho

l)Li

qu

idA

lco

ho

l1

12

22

22

24

1A

ceta

ldeh

yde

Liq

uid

Ald

ehyd

e50

%2

24

44

33

34

2A

ceti

c A

cid

Li

qu

idA

cid

(w

eak,

org

anic

)G

laci

al3

33

33

44

44

2A

ceti

c A

cid

Li

qu

id50

%2

23

33

22

23

2A

ceti

c A

nh

ydri

de

Liq

uid

Aci

d (

wea

k)3

32

22

44

44

2A

ceto

ne

Liq

uid

Ket

on

e3

34

44

33

34

1A

mm

on

ium

Hyd

roxi

de

Liq

uid

Bas

e (w

eak)

28-3

0%4

44

44

11

14

2A

myl

Ace

tate

Liq

uid

Car

bo

xylic

Aci

d (

Alip

hat

ic)

44

44

43

33

42

An

ilin

eLi

qu

idB

ase

(aro

mat

ic, w

eak)

44

44

44

44

42

AST

M #

1Li

qu

idPa

raffi

n O

il4

41

11

n/a

n/a

n/a

14

Bee

f Fa

tSo

lid/L

iqu

id4

41

12

22

22

4B

enze

ne

Liq

uid

Aro

mat

ic H

C4

44

44

44

44

4B

enzo

ic A

cid

Liq

uid

Car

bo

xylic

Aci

d (

Aro

mat

ic)

44

44

41

11

44

Ben

zyl A

lco

ho

lLi

qu

idA

lco

ho

l4

44

44

44

44

4B

ori

c A

cid

Liq

uid

Aci

d (

wea

k)1

11

11

11

11

4B

rake

Flu

idLi

qu

idEt

her

/Gly

col

44

44

44

44

41

Bro

min

eLi

qu

id/G

asH

alo

gen

44

44

42

22

44

Bu

tan

eLi

qu

idA

liph

atic

HC

44

11

13

33

34

Bu

tter

Solid

/Liq

uid

44

11

21

11

22

Bu

tyl A

ceta

teLi

qu

idC

arb

oxy

lic A

cid

(A

liph

atic

)4

44

44

33

34

3B

uty

l Alc

oh

ol (

bu

tan

ol)

Liq

ud

Alc

oh

ol

11

11

11

11

32

Cal

ciu

m C

hlo

rid

e So

lidIn

org

anic

Sal

t1

11

11

22

21

1C

alci

um

Hyd

roxi

de

Solid

Met

al H

ydro

xid

e1

11

11

22

22

1C

arb

olic

Aci

d (

liqu

id p

hen

ol)

Liq

uid

Aci

d (

org

anic

)4

44

44

44

44

4C

arb

on

Mo

no

xid

eG

asIn

org

anic

Car

bo

n C

om

po

un

d3

32

22

11

11

1C

arb

on

Tet

rach

lori

de

Liq

uid

Hal

og

enat

ed O

rgan

ic L

iqu

id4

43

33

44

44

4C

hic

ken

Fat

Solid

/Liq

uid

44

22

22

22

24

Ch

loro

acet

on

eLi

qu

idK

eto

ne

44

44

44

44

42

Ch

loro

form

Liq

uid

Alip

hat

ic H

C4

44

44

44

44

4C

hro

mic

Aci

d

Liq

uid

Aci

d (

wea

k)50

%4

44

44

33

34

3C

itri

c A

cid

Li

qu

idA

cid

(w

eak,

org

anic

)10

%1

11

11

22

21

1C

orn

Oil

Liq

uid

Fatt

y A

cid

44

11

21

11

14

Co

tto

nse

ed O

ilLi

qu

idA

liph

atic

HC

44

22

31

11

14

Cyc

loh

exan

eLi

qu

idA

liph

atic

HC

44

11

14

44

24

Cyc

loh

exan

ol

Liq

uid

Alc

oh

ol (

cycl

ic)

44

33

31

11

---

4C

yclo

hex

ano

ne

Liq

uid

Ket

on

e4

44

44

44

44

2D

ibu

tyl P

hth

alat

eLi

qu

idEs

ter

44

44

43

33

41

Die

sel f

uel

Liq

uid

Petr

ole

um

HC

44

11

13

33

---

4D

iese

l Oil

Liq

uid

Petr

ole

um

HC

44

11

13

33

34

Dio

ctyl

Ph

thal

ate

(DO

P)Li

qu

idEs

ter

44

33

34

44

43

Eth

ane

Liq

uid

Alip

hat

ic H

C4

41

11

11

12

4Et

hyl

Ace

tate

Liq

uid

Este

r2

24

44

33

34

4Et

hyl

Alc

oh

ol (

eth

ano

l)Li

qu

idA

lco

ho

l1

11

11

33

34

1Et

hyl

Eth

erLi

qu

idEt

her

44

33

33

33

34

Eth

ylen

e G

lyco

l (an

tifr

eeze

)Li

qu

idA

lco

ho

l1

11

11

11

14

1Fo

rmal

deh

yde

Liq

uid

Ald

ehyd

e37

%3

32

22

11

13

2Fo

rmic

Aci

dLi

qu

idA

cid

(w

eak,

org

anic

)2

22

22

11

14

1Fr

esh

Wat

erLi

qu

id1

11

11

11

11

1Fu

el O

il Li

qu

idA

liph

atic

HC

44

11

12

22

34

Gas

olin

eLi

qu

idA

liph

atic

HC

44

11

13

33

24

Gea

r O

il (8

5w-1

40)

Liq

uid

Para

ffin

Oil

44

11

12

22

---

4G

luco

seLi

qu

idSu

gar

11

11

11

11

12

Gly

ceri

nLi

qu

idA

lco

ho

l1

11

11

11

12

2H

epta

ne

Liq

uid

Alip

hat

ic H

C4

41

11

22

22

4H

exan

eLi

qu

idA

liph

atic

HC

44

11

13

33

24

Hyd

rau

lic F

luid

Liq

uid

Alip

hat

ic H

C4

41

11

22

24

4H

ydra

zin

eLi

qu

idB

ase

(wea

k)4

42

22

11

14

1H

ydro

chlo

ric

Aci

d

Liq

uid

Aci

d (

stro

ng

)30

%2

24

44

22

24

2H

ydro

flu

ori

c A

cid

Liq

uid

Aci

d (

wea

k)30

%4

44

44

33

34

2H

ydro

gen

Per

oxi

de

Liq

uid

33

33

31

11

22

Iod

ine

Liq

uid

Ino

rgan

ic H

alo

gen

ated

Co

mp

ou

nd

44

33

31

11

42

IRM

902

Liq

uid

Nap

ath

enic

Oil

44

22

2n

/an

/an

/a2

4IR

M 9

03Li

qu

idN

apat

hen

ic O

il4

42

22

n/a

n/a

n/a

24

Jet

Fuel

Liq

uid

Aro

mat

ic H

C4

41

11

33

33

4K

ero

sen

eLi

qu

idA

liph

atic

HC

44

11

13

33

24

Lacq

uer

sLi

qu

idA

rom

atic

HC

(w

ith

alc

oh

ol)

44

44

44

44

44

Lin

ole

ic A

cid

Liq

uid

Fatt

y A

cid

44

22

2--

---

---

---

-4

Lin

seed

Oil

Liq

uid

Fatt

y A

cid

44

11

12

22

13

Met

han

eLi

qu

idA

liph

atic

HC

44

11

12

22

34

Met

hyl

Alc

oh

ol (

met

han

ol)

Liq

uid

Alc

oh

ol

11

11

11

11

41

Met

hyl

Eth

yl K

eto

ne

(MEK

)Li

qu

idK

eto

ne

44

44

44

44

42

Met

hyl

Fo

rmat

eLi

qu

idA

lco

ho

l3

33

33

33

34

2M

eth

yl Is

ob

uty

l Ket

on

e (M

IBK

)Li

qu

idK

eto

ne

44

44

44

44

42

Met

hyl

Met

hac

ryla

teLi

qu

idEs

ter

44

44

41

11

44

Met

hyl

ene

Ch

lori

de

Liq

uid

Alip

hat

ic H

C (

hal

og

enat

ed)

44

44

44

44

43

Min

eral

Oil

Liq

uid

Petr

ole

um

HC

44

11

13

33

14

Min

eral

Sp

irit

s Li

qu

idA

liph

atic

HC

44

22

23

33

24

Mo

tor

Oil

10w

-30

(nat

ura

l)Li

qu

idPa

raffi

n O

il4

41

12

22

22

4M

oto

r O

il 10

w-3

0(sy

nth

etic

)Li

qu

idPa

raffi

n O

il4

41

12

22

22

4N

apat

hen

icLi

qu

idA

rom

atic

HC

44

11

1--

---

---

-3

4N

apth

aLi

qu

idA

rom

atic

HC

44

11

12

22

34

Nit

ric

Aci

d

Liq

uid

Aci

d (

stro

ng

)20

%4

44

44

22

24

2N

itri

c A

cid

Li

qu

idC

on

cen

trat

ed4

44

44

22

24

1N

itro

ben

zen

eLi

qu

idA

rom

atic

HC

44

44

44

44

42

Oct

ane

Liq

uid

Alip

hat

ic H

C4

41

11

22

24

4O

leic

Aci

dLi

qu

idA

cid

44

22

23

33

23

Oxa

lic A

cid

Liq

uid

Aci

d (

wea

k)2

22

22

22

23

1Pe

anu

t O

ilLi

qu

idFa

tty

Aci

d4

42

22

11

12

4Pe

nta

ne

Liq

uid

Alip

hat

ic H

C4

41

11

22

24

4Pe

rch

loro

eth

ylen

eLi

qu

idA

liph

atic

HC

(ch

lori

nat

ed)

44

22

23

33

44

Petr

ole

um

Liq

uid

Alip

hat

ic H

C4

41

11

22

22

4Ph

osp

ho

ric

Aci

dLi

qu

idA

cid

(w

eak)

22

33

31

11

41

Pin

e O

ilLi

qu

idTu

rpen

e/A

lco

ho

l/Eth

er10

0%4

43

34

44

42

4Pi

ne

Oil

Liq

uid

20%

=Pi

ne-

Sol

33

22

23

33

14

Pota

ssiu

m H

ydro

xid

eLi

qu

idB

ase

(str

on

g)

50%

22

22

21

11

31

Pow

er S

teer

ing

Flu

idLi

qu

idN

apat

hen

ic O

il4

41

12

22

2--

-4

Pro

pan

eLi

qu

idA

liph

atic

HC

44

11

11

11

24

Pro

pyl

Alc

oh

ol (

pro

pan

ol)

Liq

uid

Alc

oh

ol

11

11

12

22

41

Pro

pyl

ene

Dic

hlo

rid

eLi

qu

idA

liph

atic

HC

44

44

44

44

44

Salt

Wat

erLi

qu

id1

11

11

11

11

1Si

licat

esSo

lidA

lkal

i Met

als

11

11

11

11

12

Silv

er N

itra

teSo

lidIn

org

anic

Sal

t1

12

22

11

11

1So

diu

m B

icar

bo

nat

eSo

lidIn

org

anic

Sal

t1

11

11

11

11

1So

diu

m H

ydro

xid

eLi

qu

idB

ase

(str

on

g)

22

22

22

22

31

Sod

ium

Hyd

roxi

de

Liq

uid

0.34

% =

Mr.

Cle

an1

11

11

11

11

1So

diu

m H

ypo

chlo

rite

(b

leac

h)

Liq

uid

Bas

e1

11

11

11

14

2St

eari

c A

cid

Liq

uid

Fatt

y A

cid

33

11

12

22

12

Styr

ene

Liq

uid

Aro

mat

ic H

C4

44

44

44

43

4Su

lfu

ric

Aci

d

Liq

uid

Aci

d (

stro

ng

)10

-75%

33

44

41

11

42

Sulf

uri

c A

cid

Li

qu

idC

on

cen

trat

ed4

44

44

44

44

3Su

lfu

ric

Aci

d

Liq

uid

<10

%2

22

22

11

12

2Te

trah

ydro

fura

n (

THF)

Liq

uid

Eth

er4

44

44

44

43

4To

luen

e (m

eth

yl b

enze

ne)

Liq

uid

Aro

mat

ic H

C4

43

33

44

44

4Tr

ansm

issi

on

Flu

idLi

qu

idN

apat

hei

c o

r Pa

raffi

n O

il4

41

11

22

21

4Tr

init

rob

enze

ne

Liq

uid

Aro

mat

ic H

C4

44

44

44

4--

-4

Turp

enti

ne

Liq

uid

Alip

hat

ic H

C4

41

11

44

44

4V

eget

able

Oil

Liq

uid

Alip

hat

ic H

C4

41

12

11

11

4V

ineg

ar

Liq

uid

Aci

d (

wea

k, o

rgan

ic)

5% A

ceti

c A

cid

33

11

11

11

31

Xyl

ene

Liq

uid

Aro

mat

ic H

C4

44

44

44

44

4

LEG

END

:1

= R

eco

mm

end

ed2

= S

uit

able

fo

r U

se3

= U

seab

le, n

ot

reco

mm

end

ed o

nly

.4

= N

ot

Rec

om

men

ded

Use

of

pro

du

ct in

en

viro

nm

ents

sp

ecifi

ed a

s “U

SEA

BLE

, NO

T R

ECO

MM

END

ED”

or

“NO

T R

ECO

MM

END

ED”

may

lead

to

pro

du

ct f

ailu

re a

nd

will

vo

id w

arra

nty

.Th

ese

rati

ng

s ar

e in

ten

ded

to

be

use

d a

s a

gu

ide

on

ly.

For

dec

isiv

e re

sult

s, p

leas

e ca

ll fo

r a

free

pro

du

ct s

amp

le f

or

on

-sit

e te

stin

g in

act

ual

co

nd

itio

ns.

A

ct

NB

: Un

der

all

circ

um

stan

ces

reg

ula

r cl

ean

ing

is s

tro

ng

ly r

eco

mm

end

ed f

or

hyg

ien

ic/s

afet

y re

aso

ns

and

to

red

uce

th

e ef

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© Superior Manufacturing Group - Europe B.V. 2006

36

From dry to wet conditions, light to heavy duty, use this catalogue to choose the right NOTRAX® mat for the right

application. It will contribute to increased productivity,employee satisfaction and fewer injuries.

ergonomic anti-fatigue and safety mattingder-munkavedelem.hu/pdf/notrax/notrax_ergonomikus... ·...

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