RS PRO Round Anti-Vibration Mount, Rubber Foot, 20 mm OD, 15.5 mm H

RS PRO Anti Vibration Mount

At first, this little inconspicuous Anti Vibration Feet might look reasonably simplistic. The power of this round anti-vibration mount, however, is appreciated by many users worldwide. We are proudly introducing RS PRO Anti-Vibration Mount that is suitable for commercial and domestic applications, such as rubber feet for chairs, rubber furniture feet, anti-vibration machine reducer or even as a door bumper. The versatility makes Rubber Mounts perfect solution to absorb, isolate vibrations and prevent noise. The extensive range of Mounts we are offering, apply on a much bigger scale to address infrastructural concerns with industrial-sized machinery. By using the Mounts on the product that has contact with a surface, you can be confident that limited movement and noise is under control. The lifespan for these black Rubbers is exceptional, which means this is a long-term investment. Anti-Vibration Mount protects not only the floor or machines, but they also safeguard people from a potential injury. Our range has been testified by engineers as giving comparable quality to that of the leading brands without paying a premium price.

Features and Benefits

• The maximum continuous temperature for this Rubber is 50°C
• The maximum intermittent temperature for this Anti-Vibration is 70°C
• The Rubber is ROHS & WEE Compliant
• You are getting 50 individual Anti-Vibration Mounts packed in bag
• Minimum Operating Temperature is -30°C
• Maximum Operating Temperature is +70°C
• This synthetic rubber is a straight forward installation
• Long lifespan
• Versatile usage (commercial and domestic)
• Reviewed by our engineers
• Made of thermoplastic vulcanizates (TPV)

Application

• They have their place in industrial machines
• Furniture legs (tables, chairs)
• Door bumper
• Washing Machine
• The Anti-Vibration Mount protect the hardwood floor

Frequently asked questions

• How do Anti-Vibration Mounts work?
• These Mounts work by isolating vibrations, which ultimately result in reducing noise and protecting against shock load.