3M Cylindrical Polyurethane Self-Adhesive Feet, 22.3 mm diameter 10.2mm width x 22.4 mm length

3M Bumpon Series Self-Adhesive Feet, 22.3mm Diameter, Polyurethane - 7100145642

This self-adhesive feet product provides a compact, non-slip seating solution for equipment and enclosures in industrial settings. Designed as small cylindrical bumpers, it offers surface protection and isolation for components where a resilient contact point is required. The item is suitable for applications needing a low-profile polyurethane buffer with an adhesive backing for quick attachment.

Features and Benefits:

• Polyurethane construction absorbs vibrations and reduces noise
  Self-adhesive backing allows Rapid surface mounting
  Cylindrical profile gives consistent contact and support
  22.3mm diameter provides stable footprint for small devices
  22.4mm length offers raised clearance for airflow and isolation
  10.2mm width supports Compact placement in tight assemblies

Applications

• Suitable for mounting equipment feet on control panels
  Ideal for protective stops on electronic enclosures
  Used with small mechanical assemblies to reduce vibration
  Can be used for anti-slip supports on laboratory instruments
  Used for retrofitting furniture feet in industrial workspaces

How does the material affect operational durability?

The polyurethane composition delivers resilience against repeated compressive loads and maintains cushioning performance under continuous contact.

What mounting method is required for installation?

Installation uses the adhesive backing
surfaces should be clean and dry to ensure proper bond strength prior to application.

Will the shape influence stability on uneven surfaces?

The cylindrical form provides a defined contact area that helps maintain balance on slightly irregular surfaces while limiting lateral movement.

Can these pads provide electrical isolation between devices and mounting surfaces?

As non-metallic polyurethane buffers, they act as dielectric spacers preventing direct conductive contact when fitted between device and support.