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Advantages:
1. High strength and fatigue resistance: The addition of glass fiber increases the tensile strength of the material by more than 50%, significantly enhancing its impact resistance and fatigue resistance. Even under long-term vibration or mechanical stress, it can still maintain stable operation, making it an ideal choice for precision components such as gears and bearings.
2. High-temperature resistance and dimensional stability: The material's heat distortion temperature can reach over 140℃, and it has a low coefficient of thermal expansion. It can maintain geometric accuracy in high-temperature or large temperature difference environments, making it suitable for automotive engine compartment components or high-temperature industrial equipment.
3. Flame retardancy and electrical safety: Through flame retardant modification, the material can meet the UL94V-0 + flame retardant standard and has excellent electrical insulation. Its tracking performance meets the 250V requirement and is widely used in high-safety-demand scenarios such as terminal blocks and charging plugs.
4. Chemical resistance and low moisture absorption: It has strong resistance to fuel, acids, alkalis and other chemical substances, and its moisture absorption rate is less than 0.1%. It can maintain stable performance in damp or oily environments and is suitable for chemical equipment or outdoor electronic components.5. Convenient processing and cost advantages: The injection molding cycle is short, and complex structural parts can be formed in one go. Compared with metal processing, it saves more than 30% of energy and significantly reduces production costs.
Application:
1. Automobiles and New Energy: Dual Guarantees of lightweight and safety.
In new energy vehicles, components such as battery pack brackets and charging gun shells are made of PBT+ fiberglass materials. This not only reduces the weight by 40% but also meets the requirements of high-temperature resistance, flame retardancy and vibration resistance, contributing to a dual improvement in driving range and safety.
2. Electronics and electrical appliances: Synonymous with precision and durability.
The high-frequency signal components of 5G base stations, connectors of smart homes, and the shells of routers, etc., rely on their low dielectric loss, scratch resistance and dimensional stability to ensure signal transmission efficiency and product lifespan.
3. Medical Care and Health: The combination of safety and comfort.
Medical supplies such as oral endoscope handles and surgical instruments are made of this material, which features high wear resistance, antibacterial properties and impact resistance. It not only ensures operational accuracy but also enhances the patient experience.
4. Industrial manufacturing: The cornerstone of efficiency and reliability.
Industrial gears, pumps, valves, automated mechanical arms and other components, with their wear-resistant and corrosion-resistant properties, extend the service life of equipment by more than three times and reduce maintenance costs at the same time.
Advantages:
1. High strength and fatigue resistance: The addition of glass fiber increases the tensile strength of the material by more than 50%, significantly enhancing its impact resistance and fatigue resistance. Even under long-term vibration or mechanical stress, it can still maintain stable operation, making it an ideal choice for precision components such as gears and bearings.
2. High-temperature resistance and dimensional stability: The material's heat distortion temperature can reach over 140℃, and it has a low coefficient of thermal expansion. It can maintain geometric accuracy in high-temperature or large temperature difference environments, making it suitable for automotive engine compartment components or high-temperature industrial equipment.
3. Flame retardancy and electrical safety: Through flame retardant modification, the material can meet the UL94V-0 + flame retardant standard and has excellent electrical insulation. Its tracking performance meets the 250V requirement and is widely used in high-safety-demand scenarios such as terminal blocks and charging plugs.
4. Chemical resistance and low moisture absorption: It has strong resistance to fuel, acids, alkalis and other chemical substances, and its moisture absorption rate is less than 0.1%. It can maintain stable performance in damp or oily environments and is suitable for chemical equipment or outdoor electronic components.5. Convenient processing and cost advantages: The injection molding cycle is short, and complex structural parts can be formed in one go. Compared with metal processing, it saves more than 30% of energy and significantly reduces production costs.
Application:
1. Automobiles and New Energy: Dual Guarantees of lightweight and safety.
In new energy vehicles, components such as battery pack brackets and charging gun shells are made of PBT+ fiberglass materials. This not only reduces the weight by 40% but also meets the requirements of high-temperature resistance, flame retardancy and vibration resistance, contributing to a dual improvement in driving range and safety.
2. Electronics and electrical appliances: Synonymous with precision and durability.
The high-frequency signal components of 5G base stations, connectors of smart homes, and the shells of routers, etc., rely on their low dielectric loss, scratch resistance and dimensional stability to ensure signal transmission efficiency and product lifespan.
3. Medical Care and Health: The combination of safety and comfort.
Medical supplies such as oral endoscope handles and surgical instruments are made of this material, which features high wear resistance, antibacterial properties and impact resistance. It not only ensures operational accuracy but also enhances the patient experience.
4. Industrial manufacturing: The cornerstone of efficiency and reliability.
Industrial gears, pumps, valves, automated mechanical arms and other components, with their wear-resistant and corrosion-resistant properties, extend the service life of equipment by more than three times and reduce maintenance costs at the same time.
