Slabmat 122x182cm Heavy duty shock absorbing matting

Thickness: 9.4 mm
Medium duty
R10 anti-slip rating
The rubber compound is resistant to grease and vegetable oils
Thin reversible anti-slip mats to improve safety in slippery work environments.
Low profile for easy cart access
Drainage holes for instant evacuation of fluids allow debris to fall through, leaving the surface clear
Raised studs provide grip and aeration and keeps the mat from shifting

Stock sizes:
- 60cm x 122cm
- 60cm x 244cm
- 60cm x 975cm
- 91cm x 122cm
- 91cm x 244cm
- 91cm x 975cm
- 122cm x 122cm
- 122cm x 244cm
- 122cm x 975cm

Exceptional worker comfort due to 12.7 mm thick specially formulated compound with Protective layer of Dyna-Shield
All 4 sides are bevelled and sealed to minimize tripping hazards. Unique bubble design provides exceptional comfort
For placement in manufacturing plants, assembly lines, picking, packing and logistics warehouses, individual work stations

Thickness: 12.7 mm
Weight: 4 kg/m2
Slip resistance R10 according to DIN51130
Medium duty
Ergonomic bubble pattern
Dyna-Shield™ layer
Free of DOP, free of DMF, free of ozone-depleting substances, free of silicone and free of heavy metals.

Cushion Ease Solid modular rubber tiles.
Heavy duty rubber tiles can be easily assembled for coverage of large areas or individual workstations, wall-to-wall or as islands

Ergonomic benefit derived from a 19 mm thick worker platform with a closed anti-slip pebble structure surface for maximum anti-fatigue comfort in dry industrial environments.

- 100% natural rubber compound
- Compatible with patented MD Ramp System™ for smart safety bevelling solutions; allows outside and inside corners
- Thickness: 19 mm
- Heavy duty
- R9 slip resistant pebble pattern
- General purpose
- 91 cm x 91 cm tiles
- Weight: 12,7kg

Oil-resistant diamond plate top surface and high level of ergonomic comfort in both dynamic and stationary working positions.
• 100% nitrile rubber compound is resistant to most industrial oils and harsh chemicals
• A 12.7-mm thick worker platform offers maximum durability, comfort and insulation from hard floors and vibrations
• Yellow bevelled edges on all four sides minimize risk of tripping and comply with OSHA code 1910-144

Recommended use
• Dry Areas
• For placement in manufacturing plants, assembly lines, picking, packing and logistics warehouses, individual work stations.
• Heavy duty

One size: 91 cm x 210 cm

Basic worker comfort derived from 9.4 mm thick worker platform.
Ribbed pattern enhances traction. Basic worker comfort derived from 9.4 mm thick worker platform comprised of a construction of microcellular vinyl consisting of millions of air bubbles that provide basic ergonomic benefit. All four sides are bevelled and sealed to minimize tripping hazards.

Thickness: 9,4 mm
Slip resistance R10 according to DIN51130
Available per linear meter in 60 cm, 91 cm, and 122 cm widths

Recommended use
• Dry Areas
• For placement in manufacturing plants, assembly lines, picking, packing and logistics warehouses, individual work stations.
• Light duty

Notrax Cushion Trax is a top-quality anti-fatigue mat designed to provide exceptional comfort and durability in industrial environments. The 14 mm thick mat relieves tension in the legs, back, and shoulders caused by prolonged standing. The diamond-patterned surface ensures excellent traction, reducing the risk of slips and falls. Bright yellow edges enhance visibility and help prevent accidents. The mat is resistant to most industrial chemicals and oils, making it ideal for use near workbenches and production lines. It is the perfect choice if you are looking for a durable and comfortable solution to improve employee well-being and increase workplace safety.

Thickness: 14 mm
Material: SBR rubber and vinyl
RedStop™ slip-resistant backing practically eliminates shifting
Designed to withstand demanding conditions
Easy to clean
R10 Non-slip Rating and Bfl-S1 Fire Rating
Width options: 60, 91, 122, 152 cm
Color options: black-yellow

Unit of sale: linear meter
Maximum roll length: 22.8 m