Square Rubber Feet Bumper Feet

Push In Bumpers, or Bumper Feet, can be used as glides, bumpers, closures, slides, and stops for a variety of applications. The press-fit design holds the Push In Bumper securely in place to protect surfaces from contact. Our Bumper Foot range comes in a choice of two materials.

Push On Feet made from Thermoplastic Elastomers (TPE), a material sometimes referred to as Thermoplastic Rubbers, a class of copolymers or a mix of polymers usually made up of plastic and rubber that comprise of materials with both thermoplastic and elastomeric characteristics. Thanks to the TPE material, these Push In Rubber Bumpers have excellent thermal properties and stability when exposed to an array of temperatures and environmental conditions. They benefit from a heat resistance rating of UL94 HB, and easily mount by pushing into a chassis.

Also available are Bumper Feet made from Flexible Polyvinyl Chloride (PVC), which are designed for use on metal or plastic housings and cases, simply push into punched or drilled holes. Flexible PVC is a soft, malleable material and these PVC Bumpers are a great alternative to Rubber Push In Bumpers.

• Color: Black
• Several types available to suit your application requirements.

Adhesive Bumpers, also know as Adhesive Rubber Feet, are square shaped and come on a pad for easy application. These self adhesive rubber bumpers have an adhesive backing that is easy to apply - simply peel and stick. The adhesion works best on smooth, clean and dry surfaces.

Rubber Adhesive Feet will not tarnish, scratch, or discolor when used, either as rubber feet or surface protectors.

Our Adhesive Rubber Bumper range includes Anti-Slip Pads with a high-tack adhesive that is permanent, which are made from black Polyethylene (PE) Foam. Also included are Stick-On Bumpers & Feet that are made from Polyurethane (PU). These have an application temperature of 65F up to 150F, and are often used as rubber feet, cabinet stoppers, door stops and surface protectors.

• Colors: Black and Clear.