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Tolerance rings


  • Quick, economic installation
  • Compensates the differences in thermal expansion between machine elements made of different materials
  • Eliminates the need for keyways or other positive-locking connections
  • Connecting parts have a simple design
  • High temperature stability

Additional information

Tolerance rings made of hard, embossed spring band steel strip are frictionally engaged connection elements.

Tolerance rings enable components to be connected particularly quickly and economically. They replace complex positive-locking feather key, pin, wedge, or screw connections and save on expensive machining.

  • Quick, economic installation
  • Compensates the differences in thermal expansion between machine elements made of different materials
  • Eliminates the need for keyways or other positive-locking connections
  • Connecting parts have a simple design
  • High temperature stability
  • Quick, economic installation
  • Compensates the differences in thermal expansion between machine elements made of different materials
  • Eliminates the need for keyways or other positive-locking connections
  • Connecting parts have a simple design
  • High temperature stability
  • Quick, economic installation
  • Compensates the differences in thermal expansion between machine elements made of different materials
  • Eliminates the need for keyways or other positive-locking connections
  • Connecting parts have a simple design
  • High temperature stability
  • Quick, economic installation
  • Compensates the differences in thermal expansion between machine elements made of different materials
  • Eliminates the need for keyways or other positive-locking connections
  • Connecting parts have a simple design
  • High temperature stability
  • Quick, economic installation
  • Compensates the differences in thermal expansion between machine elements made of different materials
  • Eliminates the need for keyways or other positive-locking connections
  • Connecting parts have a simple design
  • High temperature stability
  • Quick, economic installation
  • Compensates the differences in thermal expansion between machine elements made of different materials
  • Eliminates the need for keyways or other positive-locking connections
  • Connecting parts have a simple design
  • High temperature stability
  • Quick, economic installation
  • Compensates the differences in thermal expansion between machine elements made of different materials
  • Eliminates the need for keyways or other positive-locking connections
  • Connecting parts have a simple design
  • High temperature stability
  • Quick, economic installation
  • Compensates the differences in thermal expansion between machine elements made of different materials
  • Eliminates the need for keyways or other positive-locking connections
  • Connecting parts have a simple design
  • High temperature stability
  • Quick, economic installation
  • Compensates the differences in thermal expansion between machine elements made of different materials
  • Eliminates the need for keyways or other positive-locking connections
  • Connecting parts have a simple design
  • High temperature stability
  • Quick, economic installation
  • Compensates the differences in thermal expansion between machine elements made of different materials
  • Eliminates the need for keyways or other positive-locking connections
  • Connecting parts have a simple design
  • High temperature stability


Subject to change, status 2019-08-09 18:46:42