Isolate It!: 1/2" Sorbothane Hemisphere Rubber Bumper Non-Skid Feet with Adhesive 30 Durometer - 16-Pack
Sorbothane rubber bumpers are pressure-sensitive adhesive-backed hemispheres that can be used as feet, stops, spacers and protectors in many applications. Each rubber pad features aggressive, high-tack pressure-sensitive 3M 200MP adhesive with a release liner, making application fast and easy. The unique Sorbothane urethane is a durable, resilient, polymer that provides outstanding vibration isolation and non-skid properties. Installation is quick and easy with no need for drilling, riveting or press fitting push-in feet. Sorbothane bumpers help absorb impact and noise and have excellent resistance to aging; they will not harden or crack over time. The smooth, clean, black urethane hemispheres serve as a modern and discreet rubber foot. Use them on trophies and desk-top items to act as a cushion and protect surfaces from scratching. Use them under audio and electronic equipment to prevent skipping and interference.Primary applications include feet for small appliances, DJ sound mixing boards, electronic equipment, phones, keyboards, speakers, desk accessories, printers, laptops, computers, multimedia projectors, DVD players and audio receivers. The rubber pads can be used as spacers/dampers for automotive computers and circuit board rigidity and vibration isolation. They also work great for separating stacked glass and metal sheets. Sorbothane hemispheres can be used as non-slip spacers on medical tabletops, electronic assemblies. They are also useful as spacers to help protect delicate printed circuit boards from vibration and heat build-up.Installation: Simply remove the protective backing liner, position the Sorbothane rubber hemisphere and press it into place. The unique urethane material won't crack, dry, scratch or mar surfaces. It will last for years to protect and isolate your valued possessions. Ideal weight load is between 0.2 and 0.5 lbs per foot.This product contains plasticizer and may cause discoloration to surfaces.