High strength and rigidity, Tough with low creep at high temp, Chemical, oil, and solvent resistant, Excellent dimensional stability, Low moisture absorption, Good electrical insulation properties, Flame retardant
Very good impact strength, High strength and stiffness, Low creep tendency, High heat resistance, Excellent resistance to organic solvents, Easy processing, Modified grades: heat-stabilized, toughened, easy-flow, colored
Glass fibers, Carbon fibers, Long glass fibers, Long carbon fibers
Color variations
Natural, Black
Properties
Very high strength & stiffness, High notched impact resistance, Significantly reduced creep under load, Low warpage, Stable performance across broad temperature/humidity, Multiple reinforcement options: glass, carbon, aramid fibers, Injection moldable for complex parts
Dimensionally stable at high temperatures, High heat deflection temperature, High abrasion and wear resistance, Flame retardant, High arc & tracking resistance, Excellent surface quality, Homogeneous coloration possible
Wide hardness range, Excellent UV, ozone & weathering resistance, Service temperature -50 °C to 125 °C, High elastic recovery across temperatures, Resistant to many chemicals, High fatigue resistance, Good adhesion to polypropylene
Glass fibers, Mineral fillers, Carbon fibers, PTFE
Color variations
Natural, Black
Properties
Extremely high stiffness and strength, Service temperature up to 240 °C, Flame retardant, Excellent electrical insulation, Very high chemical & oxidation resistance, Minimal water absorption, Low permeability to liquids/gases
Very good impact strength, High strength and stiffness, Very high chemical resistance, Flame retardant, UL listed, Unreinforced, mineral & glass reinforced types, Halogenated and halogen-free FR options
Low coefficient of friction, Excellent wear and abrasion resistance, High strength and stiffness, Good impact strength and fatigue durability, Excellent resistance to moisture, fuels, solvents, alkalis, Very low moisture absorption, Improved thermal/oxidative stability vs. homopolymer
Extremely high tensile strength, High stiffness, Excellent high-temperature performance, High creep resistance at heat, Good impact resistance, Low friction and wear properties, Grades available with up to 50% glass fiber
Glass fibers, Mineral fillers, Carbon fibers, PTFE
Color variations
Natural, Black
Properties
High dimensional stability, High heat resistance, Excellent chemical resistance, Fuel and oil resistance, Creep resistance, Low moisture absorption, Flame retardant
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