Products

Lytex® 9063-E is an epoxy high performance, fiberglass reinforced ESC® molding compound designed for military and aerospace structural applications requiring excellent mechanical properties, retention of properties at elevated temperatures, good chemical resistance and excellent electrical properties. It meets the requirements of MIL-M-46069 and MIL-M-46892.

AMC® 8592 is a chopped carbon fiber reinforced ESC® molding compound. It is easily moldable and provides parts that are high strength, fatigue resistant, with high heat resistance and a low density. The carbon fiber is standard modulus PAN based 12K tow.

Lytex® 4149 is a chopped carbon fiber reinforced ESC® molding compound. It is easily moldable and provides parts that are high strength, fatigue resistant, with high heat resistance and a low density. The carbon fiber is standard modulus PAN based 3K tow.

AMC® 2593 is a chopped carbon fiber reinforced ESC® phenolic molding compound. It is easily moldable and provides parts that are high strength, with high heat resistance, low density and it exhibits low flammability characteristics. The carbon fiber is standard modulus PAN based 3K tow.

Quantum Composites QC-8705 is a vinyl ester ESC® molding compound reinforced with continuous, unidirectional (0°) glassfibers. It provides high strength,stiffness, and fatigue resistance in the fiber direction, and can be used to selectively reinforce other materials.

Quantum Composites QC-8700 is a vinyl ester chopped E-glass fiber reinforced ESC® molding compound. It is easily moldable and provides parts that are high strength, fatigue resistant, with high heat resistance. It exhibits unusual toughness, and is suggested for applications subject to impacts and rough handling.

HTC™ 9593 is a chopped carbon fiber reinforced ESC® molding compound. It is easily moldable and provides parts that are high strength, fatigue resistant, with high heat resistance and a low density. The carbon fiber is standard modulus PAN based 3K tow.

AMC® 8590-12CFH (Hybrid) is a chopped carbon fiber combination E-glass reinforced ESC® molding compound. It is easily moldable and provides parts that are high strength, fatigue resistant, with high heat resistance and a low density. The carbon fiber is standard modulus PAN based 12K tow.

Quantum Composites QC 7810FR is a polyester ESC® molding compound designed for compression molding of components requiring high structural strength and flame resistance. It is suggested for applications subject to impacts of rough handling. This is a halogen free fire retardant system.

Quantum Composites QC-8560 is a vinyl ester chopped E-glass fiber reinforced ESC® molding compound. It is easily moldable and provides parts that are high strength, fatigue resistant, with high heat resistance and a low density.

AMC® 8593 is a chopped carbon fiber reinforced ESC® molding compound. It is easily moldable and provides parts that are high strength, fatigue resistant, with high heat resistance and a low density. The carbon fiber is standard modulus PAN based 3K tow.

Lytex® 4197 is a chopped carbon fiber reinforced ESC® molding compound. It is easily moldable and provides parts that are high strength, fatigue resistant, with high heat resistance and a low density. The carbon fiber is standard modulus PAN based 3K tow.

AMC® 8590 is a chopped carbon fiber reinforced ESC® molding compound. It is easily moldable and provides parts that are high strength, fatigue resistant, with high heat resistance and a low density. The carbon fiber is standard modulus PAN based 12K tow.

Lytex® 4181 is a chopped carbon fiber reinforced ESC® molding compound. It is easily moldable and provides parts that are high strength, fatigue resistant, with high heat resistance and a low density. The carbon fiber is standard modulus PAN based 12K tow.

Quantum Composites QC-8800 is a polyester hybrid ESC® molding compound designed for compression molding of components requiring high structural strength. It exhibits unusual toughness, and is suggested for applications subject to impacts and rough handling. QC-8800 is also suggested for applications requiring excellent fatigue resistance.

AMC® 8595 (unidrectional) is a unidirectional carbon fiber reinforced ESC® molding compound. It is easily moldable and provides parts that are high strength, fatigue resistant, with high heat resistance and a low density. The carbon fiber is standard modulus PAN based 60K tow.

Quantum Composites QC-2150LD is a chopped E-glass fiber reinforced ESC® molding compound. It exhibits outstanding low flammability characteristics. It is recommended for applications such as aircraft interiors and public transportation components requiring composite materials having very low flammability, low smoke, and minimal generation of toxic gasses.

AMC® 8590HT is a chopped carbon fiber reinforced ESC® molding compound. It is easily moldable and provides parts that are high strength, fatigue resistant, with high heat resistance and a low density. The carbon fiber is standard modulus PAN based 12K tow.

AMC® 8593HT is a chopped carbon fiber reinforced ESC® molding compound. It is easily moldable and provides parts that are high strength, fatigue resistant, with high heat resistance and a low density. The carbon fiber is standard modulus PAN based 3K tow.

HTC™ 9510 is an E-Glass Fiber reinforced Bismaleimide (BMI) ESC® molding compound. It exhibits outstanding elevated temperature characteristics providing greatly extended service temperature range versus epoxy compounds for compression molding applications.

AMC® 8575 (woven) is a vinyl ester ESC® molding compound reinforced with 12K 2x2 Twill Carbon Fiber Fabric. It is designed for compression molding of components requiring high structural strength, light weight, and stiffness. It can also be comolded with other ESC molding compounds such as AMC® 8590 to provide stiffening in selected areas of the component.

Quantum Composites QC-2550 is a chopped E-glass fiber reinforced ESC® molding compound. It exhibits outstanding low flammability characteristics. It is recommended for applications such as aircraft interiors and public transportation components requiring composite materials having very low flammability, low smoke, and minimal generation of toxic gasses.