Pad type B6
Extremely heavy-duty insulation pad with highest level consistency. For very heavy and long-bed machines.
Pad type B0
Insulation pad with high level consistency, specifically for machines with low intrinsic rigidity such as machining centres, lathes and grinding machines, etc.
Pad type B4
Universally applicable insulation pad variant for machine tools, plastic and printing machines. Very well suited for machines that tend to "wander".
Pad type B50
Insulation pad for machines having high machine dynamics and only a small contact surface, e.g. presses, punches, shears etc.
Pad type B5
Profiled insulation pad to compensate for uneven floors. Designed specifically for machines with only a small contact surface and high dynamics, e.g. presses, punches, shears etc.
Pad type B32
Soft insulation pad without profile with excellent insulation effect, designed specifically for machines with low dynamics such as medium presses, punches etc.
Pad type B32W
Very soft insulation pad with profile and very high insulation effect. Suitable for machines with low dynamics.
Pad type B30
Soft insulation pad without profile, designed specifically for effective insulation when installed on upper floors.
Pad type B30W
Very soft insulation pad for static applications providing optimum insulation through low frequency matching, such as for measuring and inspection machines, scales, microscopes.
Pad type B13W
Insulation pad for the highest insulation values, can be stacked up to 6 times, perfectly suitable as a pad set for foundation insulation.
Antislip pads BS1, BS, BN, BR7, B8
Bilz anti-slip pads and distance pads, for mechanical levelling and anti-slip. Not to be used for vibration isolation.
Insulation pad sets
Layering of 2-6 insulation pads for effective insulation of large highly dynamic machines and sprung foundations.
Insulation Pads
General Information on insulation pads
-
Material & Structure
Composite material made of nitrile rubber (NBR) and cork particles
Embedded in a cotton‑fibre composite
Properties vary depending on the pad grade / pad type - Properties
Very good damping characteristics
Optimal deflection and level stability
Suitable for static and dynamic loads - Processing / Cutting
Can be cut using a circular saw or band saw
Special dimensions available on request
Cutting tolerance: DIN 7715 / T5, class P3 - Design / Load
Maximum load = static + dynamic machine load
Optimal insulating performance at 80–90% of the specified maximum load - VariantsSelected pad types also available with single‑sided profiling, Identification example: B4‑1
W‑version: waffle structure for compensating floor unevenness, Examples: B32W, B30W, B13W - FrictionThe specified coefficient of friction applies to standard industrial concrete floors
- NoteTechnical modifications reserved
- Special NoteB13W is also available as pad set (e.g., for foundation isolation).
Schematic representation of the application of insulation pads and pad sets
Bilz insulation pads are resistant to most commercially available substances:
-
Lubricants
Greases for plain and roller bearings, gear greases
-
Synthetic Lubricants
Polyalkylene, carboxylic acid esters, antifreeze
-
Combustibles and fuels
Petrol, diesel fuel, heating oil, aviation fuel, special fuels
-
Fire-resistant hydraulic fluids
Oil-in-water emulsions, water-in-oil emulsions, aqueous polymer solutions
-
Mineral oils
Common water-miscible cooling lubricants, ATF (Automatic Transmission Fluid), cooling lubricants, water-miscible anti corrosive oils, slideway oils, compressed air oils, lubricating oils, heat transfer oils, filter oils, rolling oils, automotive gear oils, brake fluids based on mineral oil
-
Cleaning Agents
Hydro-chlorofluorocarbons, benzene, cold cleaner
-
Cleaning Agents (Aqueous solutions)
Washing and cleaning agents, wetting agents, dilute acids, dilute alkalis, salt solutions
We find solutions
Be it automotive, plant engineering or nanotechnology – we find a solution for every industry or any customer requirement.
Discover solutions