
Benefits
- Excellent acoustic properties
- Can be used as simple a/v mounts or for structural isolation.
- Can be used for very light loads, achieving high damping ratios and low natural frequencies.
- Capable of achieving a natural frequency as low as 7Hz.
- Maximum static load bearing capacity = 0.01 Nmm2
- Standard thicknesses of 12mm and 25mm; other thicknesses are available on request.
- Low compression ratio, combined with excellent resilience.
- Individual form designs available upon request.
- Supplied in standard easy to handle rolls, 5m x 1.5m.
- Excellent recovery properties.
- Long life span.
- 100% recyclable.
Description
Regufoam® is a high quality PUR foam specially developed and formulated
to attenuate noise and vibrations from all sources ranging from general
mechanical plant to hi-tech railway systems. Regufoam® products are highly
adaptable, acoustically superior and are 100% recyclable.
Applications
Industrial
Used for isolation of
machinery, such as lathes, presses, sensitive measuring equipment and all areas
where noise is a general nuisance. Highly recommended to isolate inertia plinths
and foundation blocks.
Infrastructure
Rail, road and tunnel
construction.
Civils
Can be used in the foundations
of buildings to isolate the structure from ground-borne noise and vibrations.
General M&E Plant
Provides excellent acoustic
properties when isolating general mechanical plant such as, pump and lift
motors, air conditioning units, etc.
Construction
Excellent impact resistance
properties. Can be used to isolate timber battens, stair treads and general
floating floors from impact sound.
Installation Service
In addition to supply of
this product CMS Vibration Solutions offers a competitively-priced installation
service anywhere in the UK. Use of our service ensures that installation is
performed to the highest standards by tradesmen fully experienced in the
specialist skills of fitting vibration isolation materials correctly. For
further details contact our technical team on 01925 582899.
For information relating to specific applications and suitable adhesives, please contact CMS Vibration Solutions Technical Department.


