ABS PA-737 de alto flujo para aplicaciones automotrices y de electrodomésticos
Estructura del producto
ABS PA-737 is a high-quality ABS material developed specifically for injection molding and performs well in a variety of industrial scenarios.
Material characteristics
Appearance: The product has smooth surface and beautiful appearance, which meets the appearance requirements of high-end products.
Fluidity: Good fluidity, can be quickly and evenly filled in complex molds, improve molding efficiency and accuracy.
Processing performance: high processing stability, good thermal stability, easy to achieve high precision molding.
Processing speed: With fast processing characteristics, suitable melt viscosity and crystallization characteristics, can shorten the production cycle.
Flame retardant: up to HB flame retardant standard, under specific test conditions, the burning speed can be controlled, and the fire source will self-extinguish after withdrawal to ensure safety.
Campo de aplicación
Automotive industry: Used for automotive interior and exterior decoration and some functional parts, taking into account beauty, durability and safety.
Office equipment manufacturing: Suitable for office equipment shell, improve appearance and reliability.
Home appliance industry: Manufacture home appliance housings to enhance aesthetics, safety and service life.
Thin-walled products production: Due to good fluidity and fast processing characteristics, to meet the packaging, electronics and other industries of thin-walled products demand.
The effect of additives
Add lubricant and release agent to enhance processing performance. Lubricants reduce friction between molecular chains, improving fluidity and minimizing equipment wear. Meanwhile, the release agent forms an isolation film between the product and the mold, facilitating smooth release, increasing production efficiency, and ensuring better product quality.
Conclusion
ABS PA-737 has excellent performance and is widely used in automotive, office equipment, home appliances and other fields, making it an ideal material for injection molding. With the development of technology, it is expected to expand more application scenarios.
| Inflamabilidad | Condición | Estándar | Valor | Unidad | |||
| Fuego | Clasificación Todos los colores 1,5 mm | UL94 | media pensión | ||||
| Fuego | Clasificación Todos los colores 3,0 mm | UL94 | media pensión | ||||
| Dureza | Condición | Estándar | Valor | Unidad | |||
| rockwell | Dureza R (escala) | Norma ASTM D785 | 103 | ||||
| Comportamiento mecánico | Condición | Estándar | Valor | Unidad | |||
| Charpy | Impacto de muesca 23°C | ISO 179 | 25 | kJ/m² | |||
| Charpy | Impacto de muesca -30°C | ISO 179 | 11 | kJ/m² | |||
| Alargamiento | 6 mm/min | Norma ASTM D638 | 22 | % | |||
| Alargamiento | 50 mm/min | ISO 527 | 20 | % | |||
| Flexión | Resistencia 2,8 mm/min | Norma ASTM D790 | 590 | kg/cm² | |||
| Flexión | Resistencia 2,0 mm/min | ISO 178 | 60 | MPa | |||
| Flexión | Módulo 2,8 mm/min | Norma ASTM D790 | 20000 | kg/cm² | |||
| Flexión | Módulo 2,0 mm/min | ISO 178 | 1.9 | GPA (médico general) | |||
| Izod | Muesca de impacto 23 °C 6,4 mm | Norma ASTM D256 | 18 | kg-cm/cm | |||
| Izod | Muesca de impacto 23 °C 3,2 mm | Norma ASTM D256 | 25 | kg-cm/cm | |||
| Izod | Impacto de muesca 23°C | ISO 180 | 24 | kJ/m² | |||
| Izod | Muesca de impacto -30°C | ISO 180 | 10 | kJ/m² | |||
| De tensión | Resistencia a la fluencia 6 mm/min | Norma ASTM D638 | 360 | kg/cm² | |||
| De tensión | Rendimiento de resistencia 50 mm/min. | ISO 527 | 38 | MPa | |||
| De tensión | Resistencia a la rotura 50 mm/min | ISO 527 | 32 | MPa | |||
| Propiedad fisica | Condición | Estándar | Valor | Unidad | |||
| Densidad | 23ºC | Norma ASTM D792 | 1.04 | gramos/cm³ | |||
| Densidad | 23ºC | ISO 1183 | 1.04 | gramos/cm³ | |||
| Derretir | Index 200°C 5kg | Norma ASTM D1238 | 2.6 | g/10min | |||
| Derretir | Índice 220°C 10kg | ISO 1133 | 31 | cm³/10min | |||
| Contracción | ISO 294 | 0.4~0.7 | % | ||||
| Térmico | Condición | Estándar | Valor | Unidad | |||
| CLE | ISO 11359 | 9E-5 | cm/cm/°C | ||||
| HDT | Recocido 1,8 MPa | Norma ASTM D648 | 93 | °C | |||
| HDT | 1.8MPa sin recocer | Norma ASTM D648 | 83 | °C | |||
| HDT | 1.8MPa sin recocer | ISO 75 | 81 | °C | |||
| HDT | Recocido 1,8 MPa | ISO 75 | 96 | °C | |||
| vicat | Temperatura de ablandamiento 50°C/h 10N | Norma ASTM D1525 | 101 | °C | |||
| vicat | Temperatura de ablandamiento 50°C/h 10N | ISO 306 | 103 | °C | |||
| vicat | Softening Temperature 50°C/hr 50N | ISO 306 | 96 | °C | |||
| UL | Condición | Estándar | Valor | Unidad | |||
| Arco | Resistencia | ASTM D495 | 7 | SOCIEDAD ANÓNIMA | |||
| Comparativo | Índice de seguimiento | IEC 60112 | 1 | SOCIEDAD ANÓNIMA | |||
| Hola | TODOS 1,5 mm | UL 746A | 0 | SOCIEDAD ANÓNIMA | |||
| Hola | TODOS 3,0 mm | UL 746A | 0 | SOCIEDAD ANÓNIMA | |||
| Alta Velocidad | UL 746A | 0 | SOCIEDAD ANÓNIMA | ||||
| HWI | TODOS 1,5 mm | UL 746A | 4 | SOCIEDAD ANÓNIMA | |||
| HWI | TODOS 3,0 mm | UL 746A | 4 | SOCIEDAD ANÓNIMA | |||
| RTI | Eléctrico TODOS 1,5 mm | UL 746B | 60 | °C | |||
| RTI | Eléctrico TODO 3.0mm | UL 746B | 60 | °C | |||
| RTI | Diablillo TODO 1,5 mm | UL 746B | 60 | °C | |||
| RTI | Diablillo TODOS 3,0 mm | UL 746B | 60 | °C | |||
| RTI | Str TODOS 1,5 mm | UL 746B | 60 | °C | |||
| RTI | Tira TODOS 3,0 mm | UL 746B | 60 | °C | |||
| UL | Clasificación de llama TODOS 1,5 mm | UL94 | media pensión | ||||
| UL | Clasificación de llama TODOS 3,0 mm | UL94 | media pensión | ||||
