Art. Nr: 68100
Self-adhesive anti-slip rubber 1,000x114mm
No slipping and scratching! Self-adhesive anti-slip rubber is an ultra-thin rubber sheet that you can stick to the holding surface of the magnet. The rubber prevents the magnet from slipping on a smooth steel surface under vertical load. It also protects the surface from scratches.
€51.98
Shipping in 1-2 business days
€51.98
€49.72
Product features
- The surface to which your flat grippers adhere will not be scratched (important for painted surfaces).
- The shear force (force with which the flat gripper can be displaced) doubles and almost reaches the adhesive force of a rubberized magnet system.
- Your magnets are protected against hard impacts with anti-slip rubber.
- The anti-slip rubber is only 0.8 mm thin and therefore only marginally reduces the holding force.
- The self-adhesive layer allows the rubber film to be easily applied to the holding surface, where it adheres permanently.
- You can cut anti-slip rubber with household scissors. We also punch anti-slip rubber according to your specifications.
Description
| Length (mm): | 1000 |
|---|---|
| Width (mm): | 114 |
| Thickness (mm): | 0,8 |
| Color: | black |
| Weight (kg): | 0.14 |
Areas of application
Magna-C's self-adhesive anti-slip rubber is used to improve the adhesion of magnets to smooth surfaces. It can be punched into the desired shapes and cut with conventional scissors. Typical applications are:
- Mounting magnets on smooth steel surfaces: Gluing the anti-slip rubber to the holding surface of the magnet prevents it from slipping when vertically loaded.
- Increasing the shear force of flat grips: Using the anti-slip rubber can double the shear force and almost achieve the holding force of a rubberized magnet system.
- Preventing damage to magnets: The rubber serves as a buffer and protects magnets from damage caused by hard impacts on hard surfaces.
- Protection of sensitive surfaces: The non-slip rubber protects sensitive and painted surfaces from scratches and chipping caused by hard impacts.