Continuous fiber reinforced thermoset composites combine high molecular weight resins with glass or carbon fibers. These products can operate at high temperatures and have strong mechanical properties. The fibers will pull and eventually fracture but will withstand high loads due to the high tensile modulus of the reinforcement.

High viscosity flow. High molded-in stress. High shear in the material.

High viscosity flow. High molded-in stress. High shear in the material.

Continuous fiber reinforced thermoset composites combine high molecular weight resins with glass or carbon fibers. These products can operate at high temperatures and have strong mechanical properties. The fibers will pull and eventually fracture but will withstand high loads due to the high tensile modulus of the reinforcement.

T068.6 FEP100 CC HIGH AQUA T123.6 FEP140 CC HIGH BLUE T151.6 FEP140 CC HIGH BLUE

  Versatile, high strength fiber-ideal for coatings   Ultra-high molecular weight polyethylene-lightweight and abrasion resistant High strength and flexural fatigue resistance with minimal moisture absorption

Reformulate as high opaque color. Squeegee durometer too high. Squeegee pressure too high.

113.06 FEP5100 (HF) CC HIGH BLUE 113.59 FEP5100 (HF) CC HIGH WHITE 153.33 NP-101 (HF) CC HIGH ORANGE

Applications requiring high cyclic fatigue resistance, repeatability, and high performance are well served by composite springs. Lightweight at less than half the weight of steel springs, with high spring rate and deep deflection for stronger springs and overall cost savings Gordon Composites™ Molded Unidirectional Thermoset Barstock provided a corrosion-proof custom-shaped compression molded spring capable of deep deflection and high fatigue resistance for extended product life

XRU-2647 ETFE CC HIGH STR ORANGE XRU-2650 ETFE CC HIGH STR GREEN XRU-2649 ETFE CC HIGH STR VIOLET