Molded anti-vibration rubber damper/shock-absorber for industrial use

An anti-vibration rubber damper forms part of a machine's support or connection path. Its influence depends on that complete path, including any bolts, brackets and connected services that can transmit movement around the rubber. Choosing a compliant body alone does not define the result at the equipment base.

Identify which structures the component is intended to separate and how they remain aligned. The rubber should work within the planned compression or movement range without an unintended rigid contact closing the gap. Material choice needs to suit the local temperature and exposure.

Evaluate the machine under the conditions relevant to its operation rather than assigning a generic vibration reduction to the component. Check the mounting relationship after installation and after any adjustment of nearby hardware. During service, inspect for permanent deformation that brings rigid parts together. A replacement should restore the intended spacing and load path, not simply occupy the remaining space within a mounting arrangement that has shifted.

Material options

Rubber compound options, customized alongside the profile and contact conditions.

Hardness selection

Solid rubber options: 30–90 Shore A. The rubber should work within the planned compression or movement range without an unintended rigid contact closing the gap.

Custom geometry

Material choice needs to suit the local temperature and exposure.

Fit evaluation

Evaluate the machine under the conditions relevant to its operation rather than assigning a generic vibration reduction to the component.

Color & OEM

Custom colors; part identification clear of mounting seats and loaded faces.

Photos illustrate structure or material appearance only. The rubber should work within the planned compression or movement range without an unintended rigid contact closing the gap. ETOL directly manufactures custom-shaped silicone and rubber parts to your requirements.