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Showing posts from November, 2025

PA6 GF45 (A1011I) for Engineering Plastics

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 PA6 GF45 (A1011I) for Engineering Plastics Polyamide 6 reinforced with 45% Glass Fibers that is PA6 GF45 , medium viscosity and  dimensional stability, the PA GF45 has excellent rigidity and high tensile and compressive strength successfully applying to engineering structure parts of mechanical engineering and in the automotive industry. PA6 GF45 Advantages PA6 GF45 is one of the high-performance reinforced polyamide composite materials, because of its excellent physical properties, it is used in some applications requiring high strength, high rigidity and high dimensional stability, such as electric drill and motor housings, pump impellers, shaft sleeves, pulleys, tool handle, bearings, diesel engines, and air-conditioning all-plastic fans, etc., have excellent performance. Compared with PA66 with the same glass fiber content, PA6 GF45 has the same level of rigidity, creep resistance, and dimensional stability, but in terms of elongation at break, impact resistance and fatig...

PA6 GF30 Heat Stabilized (A1006F, A1016F) for Engineering Plastics

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   PA6 GF30   Heat Stabilized (A1006F, A1016F) for Engineering Plastics Anmei A1006F is a kind of material PA6 GF30, which is the injection grade resin by mixing the 30% glass fiber and heat stabilized polyamide 6. Typical Application of PA6GF30 heat stabilized (A1006F) Injection reinforced grade PA6, containing 30% glass fiber, is with heat resistance, aging resistance, high rigidity, heat distortion temperature of 210 degrees, used for high temperature resistant structural products, agricultural machinery shells and other power tool housings. Processing Detail of PA6 6GF30 heat stabilized (A1006F) Other Details of PA6 GF30 heat stabilized (A1006F) Physical Property Mechanical Properties Thermal Property Injection Molding Conditions * Molding conditions are just for reference, please make an adjustment based on the actual situation! As an engineering plastic company , we provide polyamid PA6 GF to meet the specific needs of various applications. Our pa 6 materi...

PA6 GF30 Halogen-free FR (A1015F) for Engineering Plastics

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 PA6 GF30 Halogen-free FR (A1015F) for Engineering Plastics PA6 GF 30 FR is a PA6 with 30% glass-fibers and flame retardant free of halogens.   Typical Application of PA6 GF30 halogen-free FR (A1015F) PA6 FR  GF30 flame retardant free of halogens has achieved full coverage from electronic&electrical fields to the industrial, commodity consumer market, and even the automotive industry. Such as MCB panel (v0), power tool housing (HB), small household appliance accessories for bread machine housing and vacuum cleaner accessories (HB), and daily necessities structural parts-office chair legs (HB) and exhaust duct (HB), etc.   Processing Detail of PA6 GF30 halogen-free FR (A1015F)   Other Details of PA6 GF30 halogen-free FR (A1015F) Physical Property Mechanical Properties Thermal Property Injection Molding Conditions * Molding conditions are just for reference, please make an adjustment based on the actual situation!   As an engineered plastics com...

PA6 GF30 Halogenated FR (A1014F) for Engineering Plastics

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  PA6 GF30 Plastic Halogenated FR (A1014F) for Engineering Plastics PA6 GF30 FR is a PA6 with 30% glass-fibers and halogens flame retardant. PA 6 GF30    Halogenated FR Features   PA6 GF30 Halogenated FR Description Halogen-free flame retardant nylon PA6 GF30 granule have the properties of low flame retardant density, low product shrinkage, excellent electrification performance, and less corrosion to molds.   - Flame retardant grade UL94-V0.   It meets glow-wire ignition temperature (GWIT) testing demands, recording as:   GWFI:750/3.0 (Note:750℃=725℃+25℃)   GWFI:850/3.0   -Compliant with ROHS standard   PA6 GF  30 is used in connectors of baby stroller, auto parts, power tool housings and mechanical parts, etc.With the rapid development of new energy vehicles (including hybrid, pure electric and hydrogen energy), the automotive industry has an increasing demand for light weight, integration, miniaturization and electrification ...