7000052035 3M Polokulový Polyuretan Samolepicí nohy 15.88 mm 19.9mm 2.36 mm

3M Bumpon Series Self Adhesive Feet, 6.9mm Thickness, 15.88mm Diameter - 7000052035

This self-adhesive feet product is designed for versatile use in a variety of settings, including electronics and furniture applications. Featuring a hemispherical shape, the black adhesive pads have a diameter of 15.88mm and a thickness of 6.9mm, making them suitable for a range of mounting needs. Made from durable PUR material, these adhesive bumpers provide effective furniture protection while ensuring ease of installation.

Features & Benefits

• Hemispherical design optimises contact surface for stability
• Black colour provides a discreet appearance on surfaces
• Crafted from PUR for enhanced durability and longevity
• Excellent noise reduction capabilities during movement
• Ideal for preventing scratches and wear on surfaces

Applications

• Used with furniture to protect surfaces from scratches
• Ideal for electronic devices to prevent slipping
• Suitable for use on cabinets and display cases
• Effective in mechanical assemblies to reduce vibrations
• Utilised in automation systems for secure positioning

How do these bumpers perform in outdoor settings?

While primarily designed for indoor use, the robust material offers some resistance to outdoor conditions. However, exposure to direct sunlight and moisture may affect adhesion and longevity.

What is the weight limit for effective use of these feet?

The self-adhesive feet can support the weight of most standard furniture and electronic devices; however, for heavier items, multiple bumpers should be used to ensure adequate support.

Can they be removed without damaging surfaces?

Yes, the adhesive is formulated to allow removal without leaving residue or damaging the underlying surface, provided the surface is not overly porous.

What surfaces are most compatible with these adhesive pads?

These adhesive bumpers adhere best to smooth, clean surfaces such as wood, metal, and glass, ensuring maximum effectiveness and stability.