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Drum Motors & Coating
Vibration dampening is required wherever resonance is generated, or where the effects of shocks need to be rapidly weakened. Vibration insulation should not be confused with vibration dampening. Efficient vibration insulation can only be achieved with a corresponding frequency adjustment.
Contact us at 8020 8020 for further information.
You can also download our catalogue on Technical Rubber on this page.
The effect of vibration dampening
Vibration conditions: Dampening with rubber differs significantly from e.g. viscous dampening.
In the frequency range 10-200 Hz, the shape of the force/movement diagram (the dampening ellipse) is constant, and independent of the excitation frequency.
The dampening factor is, in connection with rubber, frequency dependent, and moves towards zero with an increasing frequency.
This means that when it comes to very small movements, the dampening effect of the rubber is insignificant, and is unlikely to influence insulation effects.
On the other hand, for viscous dampening, the dampening effect increases with an increasing frequency, which leads to a deterioration of the insulation effect.
Rubber springs are ideal as vibration and noise silencers.
The vulcanised rubber elements have a bond strength between metal and rubber of 130 kp/cm².