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Tapered buffers | Type C/F, internal threads on both sides

Round bearing and buffer
Round buffer
Type A, external threads on both sides
Type B, external thread on one side, internal thread on the other
Type C, internal threads on both sides
Stop buffer
Type D, external thread on one side
Type E, internal thread on one side
Tapered buffers
Type A/F, external threads on both sides
Type B/F, external thread on one side, internal thread on the other
Type C/F, internal threads on both sides

Tapered rubber buffers for high pressure forces

Type C tapered buffers (internal thread on both sides) are composite bodies made of rubber and metal sheets and are used for vibration insulation and structure-borne sound insulation. The tapered shape makes these buffers particularly ideal for high pressure forces.

Media

Waisted buffers female thread on both sides
Rubber buffer waisted on both sides internal thread type C/F
Round buffers on both sides internal thread
Round buffer for high pressure forces
Large selection of round buffers

Frequently asked questions (FAQ)

As there is no fixed connection, no metallic contact between the components, the transmission of mechanical or acoustic vibrations is reduced or even eliminated.
Round buffers can be subjected to pressure, thrust or torsion, but never to tension. In general, the compressive stress should be chosen, this guarantees a long life of the round buffer.
A vibration damper is a system for damping mechanical vibrations such as shocks, vibrations, shocks, etc. The primary goal of a vibration damper is to convert kinetic energy into thermal energy.
Vibrations and structure-borne noise are vibrations and can be positively influenced by applying the following basic principles of vibration reduction or by design measures. Vibration insulation, structure-borne sound insulation and impact insulation design measures
The rubber-metal buffers with waisted rubber contour reduce the edge loads of the rubber in case of radial deflection, thus these buffers achieve a longer service life. The waisted shape is particularly suitable for higher compressive forces.
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