Benefits

  • Excellent dampening and isolation characteristics with high load bearing characteristics.
  • Extensive independent testing conducted by the "Institute of Structural Dynamics" at the Technical University of Dresden.
  • Maximum load bearing capacity - 0.10N/mm2 (10t/m2).
  • Regupol RAV200 anti-vibration material is completely recyclable and can therefore complement companies "Environmental Policies".
  • No expensive mechanical parts.
  • Supplied in easy to lay rolls or can be individually cut into pads/strips to suit exact installation. 
  • Quick andeasy to install
  • If using adhesive, virtually eliminates the need for anchor bolts, thus reducing floor damage.
  • Enables flexibility of floor layout

Description
Regupol RAV200 is a high performing, yet cost effective polyurethane bound rubber granulate material formulated to dampen and/or isolate noise and vibrations at source. It has been specifically developed for the machinery mounting industry.  Regupol RAV200 will retain its acoustic properties throughout a long and maintenance free lifespan and can withstand loads of up to 0.10N/mm2 and is 100% recyclable.

Physical Information
Roll dimensions: 10m x 1.25m
Standard thickness: 15mm (other thickness' are available upon request).
Individual pad/strips can be supplied upon request.  

Applications

Regupol RAV200 has a multitude of applications and can be used in both non-critical and critical areas whether for dampening or isolation of noise and vibrations respectively and has been used for:

  • Lift motors
  • Pumps
  • Air conditioning units (ACU's)
  • Refrigeration Units
  • Heavy plant
  • Inertia Pits
  • Machinery with out of balance forces e.g. lathes, pillar drills, shapers, saws, etc.
  • Machinery with vertical shock loads, e.g. guillotines, power presses, etc.
  • Sensitive areas such as laboratories, nano sensitive equipment, etc.  

For information relating to specific applications, please contact CMS Vibration Solutions Technical Department. To aid in the correct material being recommended, please provide as much information on the application as possible, such as:

  • Weight of machine
  • Motor speed (RPM)
  • Channel, plinth or individual footprint dimensions