Anti Vibration Pads, 4"× 4"×7/8" Vibration Isolator Pads, Mechanical Vibration Damping Pads, Heavy Duty Rubber Isolation Pads, 3/8"Pre-Drill Hole Vibration Isolator Pad for Air Compressor | air compressor vibration pads, strong vibration damping effect

Anti Vibration Pads

• [Great Noise Cancellation]：If you are often annoyed by the noise and vibration from some electrical appliances or machine equipment, this vibration isolation pads can't be missed. The anti vibration pads has remarkable effect on noise reduction and vibration isolation, especially for the washing machine upstairs or the air compressor in the garage, it can definitely give you a surprise!
• [Suitable for Outdoor Use]: It is recommended to use the rubber isolation pads outdoors due to its strong tire smell. If you need to use the vibration isolator indoors, you can leave the vibration dampening pad outdoors for a few weeks or wash it several times with soap to reduce some of the odor. The sturdier the material the more it will have some drawbacks, give the acoustic mat more time to prove its worth.
• [Widely Used]: The mechanical vibration damping pads has a smooth and quiet vibration suppression and noise reduction effect, especially suitable for use in such as air compressors, window air conditioners, 3D printers, generators, washing machines, HVAC systems, outdoor heat pumps, condenser compressors, treadmills, dryers and washers, or any other heavy-duty machinery and equipment that requires anti-vibration or noise reduction.
• [Excellent quality]: The air compressor vibration pad is designed as a "rubber-EVA-rubber" sandwich structure, which has a strong vibration damping effect. We can prove the vibration damping effect of rubber vibration isolator mounts is far better than full rubber feet after many tests. Thick vibration absorbing pads are easy to install, just lift the machine and place the sound isolation pads under each foot of the machine to make it quiet.
• [High Quality]: The color of the rubber vibration isolator pad may be slightly different from the displayed picture due to di1fferent lighting and screen settings.