Carlisle Brake & Friction Carlisle Brake & Friction
  • About Us
  • PRODUCTS
  • parts & service resources
  • markets
  • news & events
  • support
  • contact us
  • Sign In
  • Careers
  • Credit Application
HD SERIES

HD SERIES

Carlisle Brake & Friction's carbon carbon (C/C) material coefficient of thermal expansion (CTE) is similar to graphite, but less than that of stainless steel; therefore, minor changes to your process may be required to account for the difference. The competitive tensile strength of C/C composite material and the lower CTE, imparts greater compressive forces into the parts relative to traditional stainless steel clamping materials. An evaluation is recommended in such situations. Carlisle can help you design a test, create a shape and evaluate a change.

Additional Product Details

  • Maintains greater oxidation resistance
  • Higher thermal conductivity 
  • Stable to 3,700°F / 2,000°C
  • Custom formulations 

Resources

CBF Carbon/ Carbon Composites Data Sheet

Carlisle Sintering Furnace

Carlisle Materials Comparison

Recommended Related Products

  • HL SERIES
    HL SERIES
    • View Product Details
  • LD SERIES
    LD SERIES
    • View Product Details
  • LL SERIES
    LL SERIES
    • View Product Details
Normal Brake Usage

Brake Location

Actuation


Actuation Fluid


All gear reduction between the brake location and the vehicle ground contact.
2% standard unless otherwise specified.
Maximum pressure available at brake input.
Dynamic (Rdvn)
0% will be used unless otherwise specified.
0.5 is typical ground coefficient for unmaintained loose earth.
I agree to Carlisle Brake & Friction's Cookie and Privacy Policy.
 
Carlisle Brake & Friction
Main Headquarters
920 Lake Road
Medina, OH 44256, U.S.A

Privacy Policy
Copyright 2023
Connect With Us
On Social Media
  • Find a Distributor