Air Compressor Vibration Damping Pads with Butyl Adhesive

Air Compressor Vibration Damping Pads with Butyl Adhesive

Air compressor vibration damping pads are simply a slab of butyl rubber, dense and tacky, with a plastic film on top and a release liner underneath. Peel the liner, press the pad onto the compressor foot, and the adhesive grabs hold. The rubber does the rest—its viscoelastic nature soaks up the low frequency thump and turns that shaking into a tiny bit of heat instead of letting it travel through the concrete. We tested these against ordinary cork or neoprene pads, and the butyl outlasts them every time: no flattening, no hardening, no cracking after a few hot summers. The single sided adhesive bonds strongly enough that a 200kg reciprocating compressor won't walk sideways, yet you can still trim the pad with a utility knife to fit odd shaped legs. That peel off liner stays intact until you're ready, so the sticky side doesn't pick up dust during storage. If you've ever had a compressor that hums through the whole workshop, these pads are the fix—they isolate the structure from the noise source, plain and simple.

TECHNICAL SPECIFICATIONS

KEY ADVANTAGES

• You don't drill holes or buy extra hardware—just peel and stick.
• Butyl rubber dampens better than EPDM or cork, especially for heavy, slow speed vibrations that annoy neighbours most.
• The adhesive holds through oil spills, water splashes, and temperature swings without letting go.
• Cut each pad with a knife to match any foot shape—square, round, or angled.
• They stay flexible in cold shops and don't turn brittle in UV light.
• Remove them cleanly if needed—they peel off without leaving a gummy mess on most smooth floors.

 PRODUCT PACKING & SHIPPING

Each air compressor vibration damping pad is separated with its own release liner to keep the adhesive pristine. We pack them flat in double wall cartons with cardboard dividers so edges don't fuse together during transit. Standard orders ship within 5 working days; palletised customized bulk orders could finish in 20days

HOW TO USE

• Wipe the compressor foot and floor with a degreaser—dust and oil ruin adhesion.
• Measure the foot and cut the pad slightly oversize (trim later if you like).
• Peel the white release paper off the adhesive side.
• Position the pad under the foot, sticky side up or down—your choice.
• Lower the compressor onto the pad and press firmly for 10 seconds.
• Leave it alone for 24 hours before starting the machine—the bond strengthens as it settles.

 APPLICATIONS

• Reciprocating and rotary screw air compressors
• HVAC condensing units and chillers
• Industrial vacuum pumps and blowers
• Diesel generators and engine test stands
• Punch presses and shears
• Any metal footed equipment on concrete or steel floors

FAQs

Q: Can I use these on a painted epoxy floor?
A: Yes, but the adhesive is aggressive—removal might lift the paint. If that's a worry, lay down a sacrificial sheet of plastic first.

Q: How much weight can a single pad carry?
A: A 5mm pad handles roughly 120 kg under static load. For heavier machines, use larger pads or put one under each corner.

Q: Do they smell strongly of rubber?
A: A mild butyl odour when fresh, but it dissipates within a couple of days—nothing like recycled tyre mats.

Q: Can I stack air compressor vibration damping pads for extra height?
A: Not recommended—stacking reduces stability and damping efficiency. Better to order the thickness you need.

WHY CHOOSE US

• Our air compressor vibration damping pads come from a single production line that we monitor for thickness and density every hour—no off spec rolls slip through. Here's what sets us apart:
• Virgin butyl, not regrind – we never use recycled crumb rubber, so the damping coefficient stays consistent from batch to batch.
• Every lot gets tested – we run test checks before shipping, and we share the test report with you on request.
• Custom cutting without the tooling fee – for OEM orders, we die cut any shape at no extra charge.
• Over ten years in rubber isolation – we know what works in real workshops, not just on paper.