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The flame retardant performance of this material is optimized by adjusting the raw material ratio and production process. An increase in the content of polybutadiene will reduce the transparency of the material and enhance its flammability because the tertiary carbon atoms in its molecular structure are prone to oxidation and degradation. During the combustion process, HO· free radicals react with oxygen to form a chain cycle, eventually generating carbon dioxide and water. Flame retardants slow down the spread of flames by interrupting free radical chain reactions, thereby enhancing the fire resistance of materials
Advantages:
1. Thermal stability: Flame-retardant ABS has excellent thermal stability and melting properties, making it more reliable during processing and use.
2. Electrical insulation: Its excellent electrical insulation performance makes it an ideal choice for electronic and electrical products.
3. Safety: In electronic products, flame-retardant ABS can ensure that the product will not cause a fire in case of failure.
4. Environmental friendliness: Halogen-free flame-retardant ABS has a relatively low specific gravity and generates less smoke when burning, making it more environmentally friendly.
Application:
1. Electronics and Electrical appliances: After adding flame retardants, ABS is widely used in the manufacture of sockets, switches, junction boxes and other components, meeting fire safety standards (such as UL94).
2. Home appliance shells: Applied to the shells of televisions, air conditioners, washing machines, etc., they feature flame retardancy and excellent appearance processing performance.
3. Automotive interiors: Used for components such as instrument panels and center consoles, it enhances fire safety while maintaining lightweight and durability.
4. Architecture and Lighting: Manufacturing flame-retardant lamps, ventilation ducts and other materials that meet the requirements of building fire protection codes.
The flame retardant performance of this material is optimized by adjusting the raw material ratio and production process. An increase in the content of polybutadiene will reduce the transparency of the material and enhance its flammability because the tertiary carbon atoms in its molecular structure are prone to oxidation and degradation. During the combustion process, HO· free radicals react with oxygen to form a chain cycle, eventually generating carbon dioxide and water. Flame retardants slow down the spread of flames by interrupting free radical chain reactions, thereby enhancing the fire resistance of materials
Advantages:
1. Thermal stability: Flame-retardant ABS has excellent thermal stability and melting properties, making it more reliable during processing and use.
2. Electrical insulation: Its excellent electrical insulation performance makes it an ideal choice for electronic and electrical products.
3. Safety: In electronic products, flame-retardant ABS can ensure that the product will not cause a fire in case of failure.
4. Environmental friendliness: Halogen-free flame-retardant ABS has a relatively low specific gravity and generates less smoke when burning, making it more environmentally friendly.
Application:
1. Electronics and Electrical appliances: After adding flame retardants, ABS is widely used in the manufacture of sockets, switches, junction boxes and other components, meeting fire safety standards (such as UL94).
2. Home appliance shells: Applied to the shells of televisions, air conditioners, washing machines, etc., they feature flame retardancy and excellent appearance processing performance.
3. Automotive interiors: Used for components such as instrument panels and center consoles, it enhances fire safety while maintaining lightweight and durability.
4. Architecture and Lighting: Manufacturing flame-retardant lamps, ventilation ducts and other materials that meet the requirements of building fire protection codes.
