Anti-vibration rubber pads
Rubber pads under machines, pumps, compressors or equipment reduce the vibration and the noise passed on to the floor or the structure. The hardness and the thickness decide how much they give: both are chosen from the catalogue, then the pad is cut to your footprint.
Softer or firmer
Softer rubber isolates better under light loads; firmer rubber carries heavy loads without squashing.
Thick sheets
Thick sheets are cut in several passes to keep the edges straight.
Holes for fixings
Add holes for bolts or studs, or send the drawing of the base plate.
Suitable materials
SBR
Economical general-purpose rubber with good abrasion resistance.
6 references →Nitrile (NBR)
Resistant to mineral oils, greases and fuels.
7 references →EPDM
Weather, ozone and hot-water resistant — the outdoor standard.
10 references →Neoprene (CR)
Versatile all-rounder: weather, moderate oils, flame retardance.
6 references →Natural rubber (NR)
High elasticity and outstanding abrasion resistance.
9 references →What to send
Footprint dimensions, thickness, quantity and the approximate load per pad help us advise the right hardness. The calculator gives the price once the material is chosen.
Questions
Which rubber is best against vibration?
Natural rubber has the highest elasticity and is the classic choice indoors. Neoprene and EPDM are preferred outdoors, and NBR where oil can drip onto the pads.
What hardness should I choose?
As a rule of thumb, around 40–50 Shore A for light equipment and 60–70 Shore A for heavy machines. The Shore hardness guide explains the scale.
Can you stack or bond layers?
We cut flat parts. For thicker pads than the catalogue offers, several cut layers can be stacked on site; ask us if you need them assembled.