Heat Stabilized

PPA resin unfilled with improved slip properties for injection moulding

PPA resin 30% glass fiber reinforced with improved slip properties for injection moulding

PPA resin, 15% glass fiber reinforced, semiconductive for injection moulding.

PPA resin, 30% carbon fiber reinforced, semiconductive for injection moulding

PPA resin, 15% glass fiber reinforced for injection moulding

PPA resin 35% glass fiber reinforced for injection moulding

PPA resin 40% glass fiber reinforced for injection moulding

PPA resin 45% glass fiber reinforced for injection moulding

PPA resin 50% glass fiber reinforced for injection moulding

Descriptions: DESTRON™ DSC1701GH5 is semi-crystalline PPA(Polyphthalamide) Glass fiber 25% reinforced grade. It has great mechanical properties, good dimensional stability and excellent thermal performance. Applications: DESTRON™ DSC1701GH5 is applicable for automotive industry, electrical items and several industrial equipment like water outlet.

Descriptions: DESTRON™ DSC1701GH7 is semi-crystalline PPA(Polyphthalamide) Glass fiber 35% reinforced grade. It has great mechanical properties, good dimensional stability and excellent thermal performance. Applications: DESTRON™ DSC1701GH7 is applicable for automotive industry, water handling, telecommunications and several industrial equipment.

Descriptions: DESTRON™ DSC1701GH9 is semi-crystalline PPA(Polyphthalamide) Glass fiber 45% reinforced grade. It has great mechanical properties, good dimensional stability and excellent thermal performance. Applications: DESTRON™ DSC1701GH9 is applicable for automotive industry, electrical items and industrial items such as Coil Bobbin, Water Pump Housing which request high heat stability.

Modified PEEK Features: - Excellent Chemical Resistance - Excellent Processability - Good Dimensional Stability - Low Density Applications: - Automotive - Industrial - Small Appliances

Carbon Fiber Filled PPA Alloy Features: - Great Chemical Resistance - Excellent Processability - Good Dimensional Stability Applications: - Automotive - Industrial - Military - Aerospace

Carbon Fiber Filled PPA Alloy Features: - Great Chemical Resistance - Excellent Processability - Good Dimensional Stability Applications: - Automotive - Industrial - Military - Aerospace

Glass Filled PPA Alloy Features: - Great Chemical Resistance - Excellent Processability - Good Dimensional Stability Applications: - Automotive - Industrial - Military - Aerospace

Glass Filled PPA Alloy Features: - Great Chemical Resistance - Excellent Processability - Good Dimensional Stability Applications: - Automotive - Industrial - Military - Aerospace

Carbon Fiber Filled PPA Features: - Excellent Chemical Resistance - High Compressive Strength - Exceptional Dimensional Stability Applications: - Automotive - Industrial - Military - Aerospace

Conductive PPA Compound Features: - Conductive - Good Dimensional Stability - Maximum 10² Surface Resistivity - Excellent Processability Applications: - Automotive - Industrial - Electrical/Electronic Applications

Features: - Electrical conductivity - Easy to mold - Great surface appearance Applications: - Automotive - Industrial - Electrical/Electronics

Ecomass® Compound 4301TU74. Nontoxic alternative to Lead (Pb), weighting, balancing and radiation shielding applications. Features: Tungsten Powder Filled Polyphthalamide (PPA), Very Good Toughness.

Ecomass® Compound 4301ZC82. Nontoxic alternative to Lead (Pb), weighting and balancing applications. Features: Stainless Steel Powder Filled Polyphtalamide (PPA), Good Toughness.

The Edgetek® Engineering Thermoplastic Compounds portfolio covers a broad range of standard and custom-formulated high performance materials. This portfolio includes high-temperature materials for elevated service temperature environments, high-modulus / structural materials for load-bearing and high-strength applications and flame-retardant products. These compounds are based on select engineering thermoplastic resins that are compounded with reinforcing additives such as carbon fiber, glass fiber and glass beads.

The Edgetek® Engineering Thermoplastic Compounds portfolio covers a broad range of standard and custom-formulated high performance materials. This portfolio includes high-temperature materials for elevated service temperature environments, high reflectivity, high-modulus / structural materials for load-bearing and high-strength applications and flame-retardant products. These compounds are based on selected engineering thermoplastic resins which are compounded with reinforcing additives such as glass fiber and mineral fillers.

The Edgetek® Engineering Thermoplastic Compounds portfolio covers a broad range of standard and custom-formulated high performance materials. This portfolio includes high-temperature materials for elevated service temperature environments, high reflectivity, high-modulus / structural materials for load-bearing and high-strength applications and flame-retardant products. These compounds are based on selected engineering thermoplastic resins which are compounded with reinforcing additives such as glass fiber and mineral fillers.

Glass fiber reinforced PPA compound.

Glass fiber reinforced PPA compound.

Glass fiber reinforced PPA compound with halogen flame retardant.

Reinforced PPA compound

1251134

Partially Aromatic copolyamide with a combination of semi-crystalline polyamide reinforced with 15% Glass fiber and modified, heat stabilized and lubricated for injection molding process. Eplamid HT00 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 Exellent Creep Resistance. Eplamid HT00 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 30% Glass fiber, heat stabilized and lubricated for injection molding process. Eplamid HT00 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 Exellent Creep Resistance. Eplamid HT00 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 33% Glass fiber, heat stabilized and lubricated for injection molding process. Eplamid HT00 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 Exellent Creep Resistance. Eplamid HT00 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 35% Glass fiber, heat stabilized and lubricated for injection molding process. Eplamid HT00 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 Exellent Creep Resistance. Eplamid HT00 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 HT00 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 Exellent Creep Resistance. Eplamid HT00 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 HT00 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 Exellent Creep Resistance. Eplamid HT00 grades are used for molding technical parts where high operating temperatures and high stiffness in moist environments are required. Eplamid HT00 is suitable for applications in direct contact with drinking water and food. This material is available in natural and colours on request.

Partially Aromatic copolyamide with a combination of semi-crystalline polyamide reinforced with 45% Glass fiber, heat stabilized and lubricated for injection molding process. Eplamid HT00 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 Exellent Creep Resistance. Eplamid HT00 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 HT00 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 Exellent Creep Resistance. Eplamid HT00 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.