572G-De-Flex® Nitrile - 5S Grey-Notrax Modular mat with dual locking connection 45cm x 45cm 5S Grey
Heavy-duty rubber tiles are easily assembled. Ergonomic benefit derived from a 13 mm thick worker platform with a bubble pattern for maximum fatigue relief. The 5S grey colour can be used to mark out work areas for effective workplace organization.
- Modular rubber tiles are designed with a universal double-locking system on all sides to ensure an extra strong yet seamless connection for fast installation
- The 19 mm thick platform insulates the worker from the hard ground while the bulleted domes underneath allow the mat to bend and flex with every movement
- Unique extended ramp prevents tripping and allows cart access with smart bevelling solutions for inside and outside corners
- Resistant to most industrial oils
- 5S grey colour to mark out work areas
Recommended use:
For placement in manufacturing plants, production lines, assembly lines, CNC machines, metal working for individual workstations and custom work platforms
Easy to make custom configurations on-site by utilizing the 571 De-Flex™ Ramps
- Modular rubber tiles are designed with a universal double-locking system on all sides to ensure an extra strong yet seamless connection for fast installation
- The 19 mm thick platform insulates the worker from the hard ground while the bulleted domes underneath allow the mat to bend and flex with every movement
- Unique extended ramp prevents tripping and allows cart access with smart bevelling solutions for inside and outside corners
- Resistant to most industrial oils
- 5S grey colour to mark out work areas
Recommended use:
For placement in manufacturing plants, production lines, assembly lines, CNC machines, metal working for individual workstations and custom work platforms
Easy to make custom configurations on-site by utilizing the 571 De-Flex™ Ramps
| Serial number | In the storehouse | Number | Price | |
| The product price is indicated without VAT | ||||
This item is in the category 5S Workplace Organization
View all articles
Request information about this article
View all articles
Request information about this article





Comments