Ceramic wear protection

Kerafol® offers special thin ceramic substrates for wear protection applications.

Due to the excellent tribological material properties Kerafols zirconia is characterized by a high wear resistance and very good gliding properties. It is especially used for applications where metal and plastic are overstrained and when the space and weight of the protected section is limited.

Keraprotec
partially stabilised with 5 mol% yttria

This ceramic substrate material is a partially stabilised with 5 mol% yttria. The substrate material has a high bending strength of 800 MPa and a high fracture toughness. It will be used when other wear protecting materials are not longer sufficient. Mainly it is used at high temperatures > 200°C or extremly high pressure occures for long time and where polymeres tend to creep.
Applications are, for example, guide rails or sensor protection plates.

We lasercut the material according to your wishes! Please send in your CAD data.

Advantages

  • very fine-grained homogeneous structure
  • good electrical insulation
  • very low abrasion because of very good
    tribological properties
  • cuttable with laser or waver saw
  • good evenness
  • very large substrates customized with dimensions up to 350 x 200 x 0.5 mm possible
  • customized substrate thicknesses possible
 

Applications

  • wear protection
  • sensor protection plate

Subscribe to the CTS-Newsletter and become an insider!

You Get:

  • News and trends around Thermal Management
  • Information to new products Ceramic Tapes & Substrates
  • Invitations to exhibitions and lectures

Contact

Do you have any questions, requests or suggestions? How can we help you?

Dipl.-Ing. (FH) Michael Rott
Head of dept. Ceramic Tapes & Substrates

Phone: +49 (0)9645 88 481
Fax: +49 (0)9645 88 492
E-Mail: cts(at)kerafol.com

Download vCard

Quick Contact

I ask for:

By setting the hook you agree, that the data you enter will be collected and stored electronically. You can revoke this consent at any time with a message to us. For more information, see the privacy statement.