Our Products

Spring Isolators and Mounts

VIBRATION ISOLATION & CONTROL SYSTEMS AND SEISMIC RESTRAINT APPLICATIONS

Spring Isolators and Mounts


Gresam offers a wide range of spring isolators and mounts for the reduction of integral vibrations from
structures and air-borne noise, creating a comprehensive range of anti-vibration mounts based on metal rubber and rubber spring for the effective vibration isolation and reduction of structure borne noise.

VIBRABSORBER® and VIBRABSORBER®+ Sylomer®  Spring - Rubber Isolators

AMC creates a comprehensive range of anti-vibration mounts based on metal to rubber bonded and molded rubber spring for the effective vibration isolation and reduction of structure borne noise.

VIBRABSORBER®   elements   can   isolate   correctly   vibrating machines working above 300 r.p.m.

AMC also provides a combination of VIBRABSORBER elements with Sylomer Polyurethane anti-vibration mats.






Rubber to Metal Anti-vibration Mountings


Due to their different nature, the Rubber-to-Metal Anti-vibration mounts offer a much lower deflection than the VIBRABSORBER® systems.

Rubber to metal vibration isolators are used for machines with frequencies  above  1000rpm   (16.66Hz)  to  obtain  satisfactory results.







Architectural Anti-Vibration Mounts for Sound Proofed Premises

The architectural anti-vibration mounts control the transmission of noise and vibration throughout a building structure.  

These products are designed to increase the sound transmission loss of standard building materials through the separation of walls, floors and ceilings from their base building construction or structure.



Akustik+Sylomer®

Akustik+Sylomer® is the trademark of a new solution for the antivibration mountings of false ceilings or vibrating elements that have to be suspended. They are used for the attenuation of vibrations and reducing loud structure-borne noise.

The  Akustik+Sylomer®  ceiling  mounts  are  made  of  Sylomer®,  a microcelular polyurethane material specially conceived for vibration isolation. This material produces a higher degree of damping than the traditional elastomer used for this purpose.