Products Rubber-metal elements

Industrial expansion joints with cylindrical rubber elements and threaded rods for vibration control

Putting a stop to vibrations and noises

STENFLEX® rubber-metal elements are ideal for use as damping elements thanks to the natural properties of rubber. They are used on machinery, measuring instruments, motors, pumps and industrial equipment where they provide an effective means of insulating structure-borne sound. When combined with STENFLEX® rubber expansion joints, they achieve optimum noise and vibration damping.

Icon with quality badge and thumbs up representing functional benefitsSTENFLEX® rubber-metal elements are used:

  • As bearings for absorbing oscillations and vibrations
  • As impact-absorbing elements
  • For soft absorption of impact and acceleration forces

Icon with factory and gear representing industrial applicationsWhere STENFLEX® rubber-metal elements are used:

  • Machines
  • Measuring equipment
  • Engines
  • Pumps
  • Appliances
  • Rollers

Icon with person and three stars representing expertise and ratingFrom standard to special design

Whether they are to be used as impact-absorbing elements or buffer elements, our rubber-metal elements are delivered ready to install – regardless of whether they feature a standard design or have been individually developed and manufactured to be a special model for specific operating conditions.

Stopper buffers

Anti vibration mounts in different shapes for absorbing shock and axial loads

Structure:
Cylindrical or parabolic rubber buffers with highly progressive curve. Metal plate vulcanized onto one side, with threaded bolt (male thread) or with female thread.

Stress:
Compressive stress in axial direction. To absorb shock and impact force (limits spring excursion)

Buffer elements

Anti vibration mounts with threaded metal parts for absorbing axial compression and tension

Structure:
Cylindrical rubber buffers or buffers with retracted rubber edge. Metal plate vulcanized onto one or both sides with threaded bolt (male thread) or with female thread.

Stress:
Compressive and tensile stress in the axial direction. Shearing stress in lateral direction. To absorb shock and acceleration force.

Ceiling elements

Anti vibration mount ceiling element with metal bracket and threaded bolt for vibration isolation

Structure:
Elastic hollow profile rubber body with safety bar. Threaded bolt vulcanized onto one side (male thread). U-metal profile drilled through for securing to the ceiling.

Stress:
Compressive and tensile stress in axial direction. To absorb shock and acceleration force.

Rails

Anti vibration mounts with metal rails for high compression and shear loads

Structure:
Flat rubber body for high loads. Metal rails vulcanized onto both sides. Drilled mounting holes can be applied to the metal rails, on-site.

Stress:
High compressive and shearing stress in constricted space.

Machine feet

Anti vibration mounts as machine feet with metal housing for vibration isolation and load support

Structure:
Elastic rubber body encapsulated in a metal casing. Steel securing plate vulcanized onto one side (drilled mounting holes). Other side with threaded bolt (male thread) or with female thread.

Stress:
High compressive and tensile movement in axial direction (bottoming). Slight shearing movement in lateral direction

Bearing elements

Anti vibration mounts as bearing elements in various designs for vibration and load absorption

Structure:
Highly elastic ring-shaped, U- or W-shaped rubber bodies. Metal securing plates vulcanized onto both sides, with threaded bolts (male thread) or with drilled mounting holes.

Stress:
Compressive and tensile stress in axial direction. Shearing stress in lateral direction. To absorb shock and acceleration force.

Large industrial facility with engine, piping and technical components outdoors

Sectors

Employee in orange workwear standing in front of industrial equipment with expansion joint

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