Partially Aromatic copolyamide with a combination of semi-crystalline polyamide reinforced with 30% Glass fiber, heat stabilized and lubricated for injection molding process. Eplamid HT03 grades offer the following unique properties in general conditions, and even after moisture absorption: Good Surface Finish, Good Dimensional Stability, Good High Temperature Properties, Good Chemical Resistance to Glycols and Oils and Excellent Creep Resistance. Eplamid HT03 grades are used for molding technical parts where high operating temperatures and high stiffness in moist environments are required. This material is available in natural and colours on request.

Partially Aromatic copolyamide with a combination of semi-crystalline polyamide reinforced with 40% Glass fiber, heat stabilized and lubricated for injection molding process. Eplamid HT03 grades offer the following unique properties in general conditions, and even after moisture absorption: Good Surface Finish, Good Dimensional Stability, Good High Temperature Properties, Good Chemical Resistance to Glycols and Oils and Excellent Creep Resistance. Eplamid HT03 grades are used for molding technical parts where high operating temperatures and high stiffness in moist environments are required. This material is available in natural and colours on request.

Partially Aromatic copolyamide with a combination of semi-crystalline polyamide reinforced with 40% Glass fiber, heat stabilized and lubricated for injection molding process. Eplamid HT03 grades offer the following unique properties in general conditions, and even after moisture absorption: Good Surface Finish, Good Dimensional Stability, Good High Temperature Properties, Good Chemical Resistance to Glycols and Oils and Excellent Creep Resistance. Eplamid HT03 grades are used for molding technical parts where high operating temperatures and high stiffness in moist environments are required. This material is available in natural and colours on request.

Partially Aromatic copolyamide with a combination of semi-crystalline polyamide reinforced with 50% Glass fiber, heat stabilized and lubricated for injection molding process. Eplamid HT03 grades offer the following unique properties in general conditions, and even after moisture absorption: Good Surface Finish, Good Dimensional Stability, Good High Temperature Properties, Good Chemical Resistance to Glycols and Oils and Excellent Creep Resistance. Eplamid HT03 grades are used for molding technical parts where high operating temperatures and high stiffness in moist environments are required. This material is available in natural and colours on request.

Partially Aromatic copolyamide with a combination of semi-crystalline polyamide reinforced with 50% Glass fiber, heat stabilized and lubricated for injection molding process. Eplamid HT03 grades offer the following unique properties in general conditions, and even after moisture absorption: Good Surface Finish, Good Dimensional Stability, Good High Temperature Properties, Good Chemical Resistance to Glycols and Oils and Excellent Creep Resistance. Eplamid HT03 grades are used for molding technical parts where high operating temperatures and high stiffness in moist environments are required. This material is available in natural and colours on request.

Partially Aromatic copolyamide with a combination of semi-crystalline polyamide reinforced with 60% Glass fiber, heat stabilized and lubricated for injection molding process. Eplamid HT03 grades offer the following unique properties in general conditions, and even after moisture absorption: Good Surface Finish, Good Dimensional Stability, Good High Temperature Properties, Good Chemical Resistance to Glycols and Oils and Excellent Creep Resistance. Eplamid HT03 grades are used for molding technical parts where high operating temperatures and high stiffness in moist environments are required. This material is available in natural and colours on request.

Partially Aromatic copolyamide with a combination of semi-crystalline polyamide reinforced with 60% Glass fiber, heat stabilized and lubricated for injection molding process. Eplamid HT03 grades offer the following unique properties in general conditions, and even after moisture absorption: Good Surface Finish, Good Dimensional Stability, Good High Temperature Properties, Good Chemical Resistance to Glycols and Oils and Excellent Creep Resistance. Eplamid HT03 grades are used for molding technical parts where high operating temperatures and high stiffness in moist environments are required. This material is available in natural and colours on request.

Eplon+ 6 grade is produced from High Quality Post Industrial recycled materials, reinforced with 15% Glass Fiber, heat-aging stabilized and lubricated for injection molding process. Eplon+ 6 glass fiber reinforced compounds can be used in all sectors of industries looking for high performance environmental friendly solutions. Eplon+ materials are only available in Black color

Eplon+ 6 grade is produced from High Quality Post Industrial recycled materials, reinforced with 30% Glass Fiber, heat-aging stabilized and lubricated for injection molding process. Eplon+ 6 glass fiber reinforced compounds can be used in all sectors of industries looking for high performance environmental friendly solutions. Eplon+ materials are only available in Black color

Eplon+ 6 grade is produced from High Quality Post Industrial recycled materials, reinforced with 50% Glass Fiber, heat-aging stabilized and lubricated for injection molding process. Eplon+ 6 glass fiber reinforced compounds can be used in all sectors of industries looking for high performance environmental friendly solutions. Eplon+ materials are only available in Black color

Eplon+ 66 grade is produced from High Quality Post Industrial recycled materials, improved with heataging stabilized and lubricated for injection molding. Eplon+ 66 can be used in all sectors of industries, looking for high performance environmental friendly solutions. Eplon+ materials are only available in Black color

Eplon+ 66 grade is produced from High Quality Post Industrial recycled materials, reinforced with 15% Glass Fiber, heat-aging stabilized and lubricated for injection molding process. Eplon+ 66 glass fiber reinforced compounds can be used in all sectors of industries looking for high performance environmental friendly solutions. Eplon+ materials are only available in Black color

Eplon+ 66 grade is produced from High Quality Post Industrial recycled materials, reinforced with 30% Glass Fiber, heat-aging stabilized and lubricated for injection molding process. Eplon+ 66 glass fiber reinforced compounds can be used in all sectors of industries looking for high performance environmental friendly solutions. Eplon+ materials are only available in Black color

Eplon+ 66 grade is produced from High Quality Post Industrial recycled materials, reinforced with 35% Glass Fiber, heat-aging stabilized and lubricated for injection molding process. Eplon+ 66 glass fiber reinforced compounds can be used in all sectors of industries looking for high performance environmental friendly solutions. Eplon+ materials are only available in Black color

Eplon+ 66 grade is produced from High Quality Post Industrial recycled materials, reinforced with 50% Glass Fiber, heat-aging stabilized and lubricated for injection molding process. Eplon+ 66 glass fiber reinforced compounds can be used in all sectors of industries looking for high performance environmental friendly solutions. Eplon+ materials are only available in Black color

Partially Aromatic copolyamide with a combination of high quality post industrial recycled polyamide reinforced with 50% Glass fiber, heat stabilized and lubricated for injection molding process. EPLON+ HT03 grades offer the following unique properties with environmental friendly understanding in general conditions, and even after moisture absorption: Good Surface Finish, Good Dimensional Stability, Good High Temperature Properties, Good Chemical Resistance to Glycols and Oils and Excellent Creep Resistance. EPLON+ HT03 grades are used for molding technical parts where high operating temperatures and high stiffness in moist environments are required. This material is available in natural and colours on request.