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For your designs to be successful, they have to do more than work well. They have to keep on working, year after year, in some pretty harsh user environments. Wear and impact resistance are key. You want polyimide tube clamps that can replace cast aluminum or titanium, slide blocks that are stronger than powder-filled compositions, and wear strips that are self-lubricating. That’s why CP was created. We have an array of fiber-enhanced composites for a range of unique design needs.

 
CP-0301 & CP-0801

Sheet-molded and reinforced polyimide resin. Since it’s lightweight yet tough, CP-0301 is ideal to use instead of aluminum or titanium in parts like aircraft brackets, gearbox adapter covers and seal plates. Plus, with CP-0301 tube clamps, you can create clamping systems that are more fatigue-resistant than those using die-cast aluminum.

 

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CP-0644, CP-0648 & CP-0650

Washers that are lighter-weight than aluminum. Bushings that are ideal for high-temperature, high-friction, highly oxidative environments. Even self-lubricating slide blocks. CP-0644, 0648 and 0650 are fiber-reinforced composite fabrics that are stronger than powder-filled compositions, making your designs more durable.

 

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CP-8000, CP-8001 & CP-8002

High temperature resistance, high oxidation resistance, and enough strength to eliminate the need for metal, CP-8000, CP-8001 and CP-8002 are ideal for bushings in gas turbine engine compressors, balls for self-aligning spherical bearing assemblies and more. That extraordinary strength comes from fiber-reinforced polymer matrices—braided into a tube or rope for maximum toughness.

 

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Vespel® CP-9800

Vespel® CP-9800 is ideally suited for flat panel display and wafer handling. This material is lighter weight than traditional ceramic and aluminum end effector. Custom parts made from this pitch-based carbon fiber and epoxy composite are designed specifically for your needs. Vespel® CP-9800 is the ideal choice for your next robotic and end effector application.

 

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