AFT1109
AFT1109 is a medium-high coefficient, rigid molded composite designed for consistent, low-maintenance performance. Engineered through compression molding and available in both standard slabs and custom shapes, AFT1109 is built to meet the demands of both light and heavy-duty industrial and off-road applications.
With a stable friction coefficient and low wear rate, this material excels in environments where fade resistance, thermal stability, and extended service life are critical. AFT1109 is especially suited for systems where minimal maintenance and long operating intervals are priorities.
Product Features:
Available Standard Sizes:
- Sheet Stock
- Sheet Size - Available in many sizes
- Thickness- .125" to 3"
Properties:
- Coefficient of Friction - .46 typ - GG
- Tensile Strength - 1800 psi
- Flexual Strength - 5200 psi
- Compression Strength - 9225 psi
- Direct Shear Stength - 4200 ps
Current Applications:
- Swing Frictions
- Propel Brakes
- Friction Blocks for Marine & Logging
- Dredges and Winches
- Formed Linings
- Industrial Brake Linings
- Heavy Duty Winch Brake Blocks
- Disc Brake Pad Lining
- Johnson Linings
- Skagit Friction Blocks
- Clyde Friction Blocks
- Reline Brake Blocks
- Kobelt Disc Pads
- Construction Crane Friction
Suggested Operating Limits
- Max Pressure - 200 psi
- Max Surface Speed - 5000 ft/min
- Max Intermittent Temp - 600°F
- Max Sustained Temp - 500°F
Why Champion?
Advanced Manufacturing Capabilities:
Our specialized equipment can produce specialized molds and laminated semi-cured slabs, enabling the creation of thicker, more precise drum parts that meet your exact requirements.
Custom Solutions:
Need a specific configuration? Our experienced staff works directly with you to develop friction solutions tailored to your application needs.
Contact our technical sales team to discuss your specific requirements:
Email: Sales@stillchampion.com
Toll-Free: (800) 547-6180
Trust Champion Friction Technologies for industry-leading friction materials that deliver reliable performance when it matters most.