3M™ Bumpon™ Resilient Rollstock SJ5632 Clear A20FL, 114.0 mm x 66.0 m

3M™ Bumpon™ Resilient Rollstock SJ5632 is a self-adhesive rubber bumper designed to be used as feet, stops and spacers. The rollstock format is excellent for die-cut shapes with various thickness requirements. Clear A20FL, 114 mm in x 66 m.

Prevent delicate products from being scuffed, nicked and scratched with 3M™ Bumpon™ Resilient Rollstock Products. Featuring a plasticiser free, urethane composition and 3M pressure sensitive adhesive for easy application, these Bumpon rubber feet offer a wide range of functionalities, and are ideal for die-cut shapes with various thickness requirements. Featuring high skid resistance and protection against vibration and noise, Bumpon won’t crack or harden, and is a key feature for small appliances, desktop or handheld electronic devices, electronic cabinetry, telephones, keyboards, foot pedals, scales, clocks, speakers, dispensers, and computers. Bumpon can be used as stops for cabinet doors, lids, and drawers, as spacers for picture frames, as protectors to prevent damage during deliveries, and to keep parts from direct contact with each other.

• Plasticiser free with a urethane composition
• Apply easily due to 3M™ pressure sensitive adhesives
• Offers high skid-resistance
• Won't scratch or stain surfaces.
• Reduces vibration and noise
• Rollstock format is excellent for die-cut shapes with various thickness requirements
• Won't crack or harden

Suggested Applications

• Use almost anywhere slamming, scratching, nicking, scuffing, marring, sliding, vibration, or noise could be a problem for your product
• Feet on the bottom of small appliances, desktop or handheld electronic devices, electronic cabinetry, telephones, keyboards, foot pedals, scales, clocks, speakers, dispensers, and computers.
• Stops for cabinet doors, lids, and drawers.
• Spacers for picture frames to provide alignment; for electronics and automotive applications and aid in assembly.
• Protectors to prevent damage in shipping, and keep parts from direct contact with each other.