Black Rubber Feet
Black rubber feet, or bumpers as many call them, have an extremely wide application almost everywhere – from industrial production to households. Their main purpose is to prevent an element from slipping off its base. Therefore, rubber is considered an excellent material for making these parts. It is because the rubber is creating a vacuum so it can attach a certain part to its base. In addition, today, black rubber feet can be made in a self-adhesive version. For some items, it can be even a better option because it provides additional safety and better performance of these small but important rubber parts.
Today, black rubber feet are mainly used as a base for many electronic devices such as computers, TVs – but often for devices such as refrigerators or various types of furniture. Although mostly small in size, the importance of rubber feet is very large. Just imagine a situation in which the glass on your table moves and slides. Or your computer housing is not stable enough because it is standing on an uneven surface. How many times have you adjusted the black rubber feet to level the washing machine and make it stand straight even though the surface underneath it isn’t quite flat? The truth is: these things truly make our everyday routine much easier.
Certainly, what is good is the fact that you can find black rubber feet not only in different dimensions but also in several different shapes – such as round, square, etc. Each shape and size is made according to certain standards so that they can suit different purposes and devices. However, we will most often see them on the legs of furniture such as sofas, armchairs, or dining chairs. Not only will it be helpful because the furniture will not slide on the floor – but they also have a role to protect us from the noise and creaking sounds that can be heard when moving the furniture. Also, you can require dimensions and shapes of your choice with some manufacturers.
Adhesive Rubber Feet Size Catalog
Compare adhesive foot profiles, footprint dimensions and height. Confirm the surface, adhesive and material requirements for your application.
Hemispherical Self Adhesive Rubber Feet
Compare OD and H in mm using this profile drawing. Confirm the required material, colour and adhesive.
Columniform Self Adhesive Rubber Feet
Compare OD and H in mm using this profile drawing. Confirm the required material, colour and adhesive.
Rectangular Self Adhesive Rubber Feet
Compare A, B and H in mm using this profile drawing. Confirm the required material, colour and adhesive.
Trapezoidal Self Adhesive Rubber Feet
Compare A, B and H in mm using this profile drawing. Confirm the required material, colour and adhesive.
Oval Self Adhesive Rubber Feet
Compare A, B and H in mm using this profile drawing. Confirm the required material, colour and adhesive.
Need a different size? Share your drawing, mating dimensions and intended use to discuss a suitable part.
Discuss Your RequirementsProduct specifications
- Product form
- Resilient support foot for an equipment or furniture base
- Application focus
- Electronic equipment bases, furniture bases, glass table supports and washing machines. Size the part against the selected assembly.
- Dimensions to confirm
- Footprint, installed height and attachment position. Match these to electronic equipment bases and furniture bases.
- Color reference
- Black. Approve the shade on the selected compound and finished surface.
- Profiles discussed
- Round profiles and square profiles. Select the profile that matches the mating part and dimension that section explicitly.
- Installation discussed
- Adhesive bonding. Identify the chosen retention method and the surface or hardware it engages.
- Glass contact
- Define the contact footprint, glass thickness and load; check local pressure and marking on a sample assembly.
- Attachment options
- Adhesive attachment is discussed. Define the bonded substrate, preparation and loaded contact area before selecting a backing.
- Support loading
- Determine the load at each foot and check the resulting compression and stability.
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