Heavy duty rubber tiles can be easily assembled for coverage of large areas or individual workstations. Ergonomic benefit derived from a 13 mm thick worker platform with a bubble pattern for maximum fatigue relief in dry industrial environments.
Notrax Diamond Flex™ ESD Static Dissipative Workstation Mat - The 18.4 mm thick platform elevates and insulates the worker from the hard ground while the bulleted domes underneath allow the mat to bend and 'flex' with every movement.
Heavy duty rubber tiles can be easily assembled for coverage of large areas or individual workstations. Ergonomic benefit derived from a 13 mm thick worker platform with a bubble pattern for maximum fatigue relief in dry industrial environments.
Notrax Diamond Flex™ ESD Static Dissipative Workstation Mat - The 18.4 mm thick platform elevates and insulates the worker from the hard ground while the bulleted domes underneath allow the mat to bend and 'flex' with every movement.
Conductive runner for rapid removal of static charges for lining workbenches, shelves, carts during storage and handling of static sensitive components. Pebble top surface is non-directional and easy to wipe clean with recommended 057 Mat Cleaner.
Static dissipative vinyl runner with tri-layer construction and a conductive center for extremely stable load dissipation. Protects sensitive components safe from damaging static shocks.
Thick and comfortable static dissipative vinyl foam work surface with tri-layer construction and a conductive center for extremely stable load dissipation. Protects sensitive components safe from damaging static shocks.
Ergonomic benefit derived from 14 mm thick worker platform of a static dissipative combination of tough top surface laminated onto a comfortable sponge base for maximum durability coupled with fatigue relief.
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.
Static dissipative vinyl runner with tri-layer construction and a conductive center for extremely stable load dissipation. Protects sensitive components safe from damaging static shocks.