PA6G20BK020 glass fiber 20% reinforced thermally stable nylon plastic The main components of PA6G20BK020 glass fiber 20% reinforced thermally stable nylon plastic are polyamide 6 (PA6) resin and 20% glass fiber reinforced material. PA6 is a thermoplastic polymer polymerized from caprolactam. It has good heat resistance, wear resistance, corrosion resistance and excellent mechanical properties. The addition of glass fiber significantly improves its mechanical properties, especially in improving tensile strength, rigidity, wear resistance, dimensional stability and fatigue resistance. The tensile breaking strength of PA6G20BK020 20% glass fiber reinforced thermally stable nylon plastic is 165 MPa, indicating that it has higher tensile strength. Compared with traditional PA6 materials, adding 20% glass fiber reinforcement makes PA6G20BK020 significantly stronger. This material has been widely used in industrial applications that require high strength and long-term load, such as automotive parts, mechanical structural parts, etc. PA6G15HSOE020 is widely used in connectors, electrical enclosures, relays, insulators, electrical boxes and connectors and other components in the electrical and electronic industries. PA66ABMHSBK heat-resistant grade nylon plastic PA66ABMHSBK heat-resistant grade nylon plastic is mainly formulated from polyamide 66 (PA66) resin and a series of dedicated reinforcing additives and modified ingredients. Flexural strength is a measure of a material's ability to resist breakage or destruction when subjected to a bending load. The flexural strength of PA66ABMHSBK heat-resistant nylon plastic is 240 MPa, which is a relatively high strength level, indicating that the material has strong bending resistance in high-load and high-impact environments. Compared with ordinary nylon materials, the bending strength of PA66ABMHSBK heat-resistant grade nylon plastic has been significantly improved, and it can withstand greater moments and bending stress without being prone to deformation or breakage. The flexural modulus of PA66ABMHSBK heat-resistant grade nylon plastic is 9800 MPa, which means that the material exhibits very high bending rigidity when subjected to external forces. Even in high-temperature or high-load working environments, the deformation of the material is very limited, so it can remain stable. shape and size. PA66ABMHSBK heat-resistant grade nylon plastic is widely used in the automotive industry and is suitable for automotive accessories, buckles, sheaths, bracket components, etc. Terminal blocks, power sockets, electronic connectors, electrical switches, etc. can all use PA66ABMHSBK heat-resistant grade nylon plastic. PA66ABMFRGN flame retardant V0 nylon plastic The core component of PA66ABMFRGN flame retardant V0 nylon plastic is polyamide 66 (PA66). PA66 is a high-performance thermoplastic made by polycondensation of adipic acid and hexamethylenediamine. Based on PA66, PA66ABMFRGN improves its flame retardancy, impact resistance and dimensional stability by adding specific flame retardants and reinforcing materials. The addition of flame retardants ensures that the material can quickly extinguish itself when exposed to fire sources, and will not continue to burn, and no toxic gases will be produced during the combustion process, meeting strict safety standards. PA66ABMFRGN also has strong electrical properties, especially its good electrical insulation. In high temperature and high humidity environments, PA66ABMFRGN can still maintain stable insulation performance. This material can be widely used in wiring terminals, air switches, flame retardant cable ties, sheaths, power sockets, electrical housings, relays and other components, providing reliable flame retardant protection while ensuring electrical safety. PA66ABMHSNC heat-stable aging-resistant nylon plastic The bending strength of PA66ABMHSNC heat-stable aging-resistant nylon plastic is 240 MPa, which shows a higher bending resistance than traditional PA66 materials. In high temperature and high load environments, PA66ABMHSNC can maintain low deformation, thereby ensuring structural stability and avoiding breakage or permanent deformation during use. The bending modulus of PA66ABMHSNC is as high as 9800 MPa, indicating that the material has high rigidity and can maintain small deformation when subjected to force. This makes PA66ABMHSNC heat-stable aging-resistant nylon plastic have better structural stability in high temperature and high load environments, and is suitable for parts that require precise matching and high stability. PA66ABMHSNC heat-stable aging-resistant nylon plastic is widely used in the automotive industry, especially in parts that require high temperature resistance and aging resistance, for example, in automobile engine compartments, exhaust systems, engine parts, cable ties, buckles, and automobile exterior parts (such as bumpers, headlight housings), etc.