ViSpa No Vibe Noise Eliminator Mat™, anti vibration mat Resistant to mold and mildew, solvents and even bleach

• Great for around pools and other aquatic area’s
• Can be used to protect athletic fields from cleats
• Roll Lengths 3’ widths x custom lengths up to 60’

Permanent memory means it will not flatten or decompose like foam products

The Vispa No Vibe Noise Eliminator Mat™ is an all vinyl non-woven continuous bonded product that has been specially engineered to inhibit noise due to vibration. It is resistant to mold and mildew, solvents and even bleach, ViSpa No Vibe™ Matting can be cleaned using any standard cleaning product. ViSpa No Vibe™ Matting has permanent memory thus it will not flatten or decompose like foam products. Indoor or outdoor weather and temperature will not affect its performance.

Benefits

Home use

• Under washing machine or dryer, especially if these items are on your 2nd floor or if you have an apartment.
• Ideal for exercise equipment, again especially if these items are on your 2nd floor or if you have any apartment.
• Ideal for under refrigerator or dishwasher.
• Ideal for countertop appliances.

Business use

• Under all machinery causing floor vibration.
• Ideal for any item used on desk, counter or lab table which creates noise and vibration.

ViSpa No Vibe™ Matting: Additional Info

ViSpa No Vibe™ Matting can also be used to surround any noise source to create a quieter environment. It can be mechanically attached to just about any material including wood, drywall or steel or glued to attach using standard Liquid Nails adhesive.

Possible uses include a noisy furnace, a noisy piece of machinery or an excessively noisy duck or vent whether indoor or outdoors.

Attaching ViSpa No Vibe™ Matting to equipment covers will result in a substantially quieter situation. Interestingly, ViSpa No Vibe™ Matting performs even better as it gets dirty unlike most other products on the market today. Dirt adds mass, mass stops noise.

Purchase:

ViSpa No Vibe™ Matting – Special lengths (order by linear feet)