PA6T GF35 is a 35% glass fiber reinforced polyphthalamide (PPA) compound designed for high-temperature injection molding applications. As part of our range of PA6T and PPA compounds, this high-performance nylon material combines a 320°C melting temperature, 285°C heat deflection temperature (HDT) and 190 MPa tensile strength, making it suitable for automotive electronics, electrical connectors and industrial structural components requiring high stiffness and dimensional stability.
Our PA6T GF35 compound is supplied in pellet form for injection molding. We support material selection, color options and customized formulation discussions based on component design, operating temperature and mechanical performance requirements.
PA6T GF35 is a glass fiber reinforced high-temperature polyamide compound. The GF35 designation indicates a nominal 35% glass fiber reinforcement level by weight. Its reinforced structure supports mechanical strength, rigidity and dimensional control in demanding molded components.
| Parámetro | Specification |
|---|---|
| Product Name | PA6T GF35 |
| Material Family | PPA (Polyphthalamide) |
| Glass Fiber Content | 35% |
| Melting Temperature | 320°C |
| Heat Deflection Temperature | 285°C |
| Resistencia a la tracción | 190 MPa |
| Product Form | Pellets / Granules |
| Processing Method | Injection Molding |
| Available Colors | Natural, White, Black, Custom Colors |
| Typical Applications | Automotive Electronics, Electrical Connectors, Industrial Components |
The listed thermal and mechanical values are product information currently presented for this grade. Test conditions and methods should be checked against the applicable technical data sheet before engineering approval.
The technical properties of PA6T GF35 are important when evaluating its suitability for high-temperature injection-molded parts. The following table separates the currently listed product values from additional parameters that should be evaluated through grade-specific technical documentation.
| Property | Unit | Listed Value |
|---|---|---|
| Glass Fiber Content | % | 35 |
| Resistencia a la tracción | MPa | 190 |
| Melting Temperature | °C | 320 |
| HDT | °C | 285 |
| Property | Test Standard | Engineering Purpose |
|---|---|---|
| Tensile Modulus | ISO 527 | Evaluate material stiffness |
| Resistencia a la flexión | ISO 178 | Assess bending resistance |
| Módulo de flexión | ISO 178 | Evaluate bending stiffness |
| Notched Impact Strength | ISO 179 / ISO 180 | Assess impact resistance |
| Density | ISO 1183 | Calculate component weight |
| Water Absorption | ISO 62 | Evaluate moisture-related changes |
| Glass Transition Temperature | ISO 11357 | Understand thermal transitions |
| Molding Shrinkage | ISO 294-4 | Support mold and dimensional design |
PA6T GF35 and PA66 GF35 are both glass fiber reinforced polyamide compounds, but they serve different thermal and mechanical requirements. PA6T GF35 belongs to the high-temperature PPA family, while PA66 GF35 is an aliphatic nylon compound commonly used in general engineering applications.
| Comparison | PA6T GF35 | PA66 GF35 |
|---|---|---|
| Material Family | PPA / Aromatic Polyamide | Aliphatic Polyamide |
| Glass Fiber Content | 35% | 35% |
| Thermal Application | Higher-temperature environments | General engineering temperatures |
| Moisture Absorption | Generally lower, grade-dependent | Generally higher, grade-dependent |
| Mechanical Rigidity | High | High |
| Temperatura de procesado | Higher | Lower |
| Typical Applications | High-temperature connectors, automotive electronics | Structural parts, electrical housings, mechanical components |
Explore our PA66 glass fiber reinforced compounds for alternative material selection.
PA6T GF35 is a 35% glass-fiber reinforced high-temperature nylon with a 320°C melting point and 285°C heat deflection temperature. It provides superior electrical isolation for rectifier modules under high-voltage loads, preventing leakage and short circuits. Compared to PA66, it offers 40% higher thermal stability and maintains constant insulation properties in humid environments. Its high stiffness assists efficient heat transfer to the equipment base, ensuring electrical safety and module stability. The material’s low moisture absorption ensures critical dimensional precision. Recommended processing: injection molding at 310–335°C with 120–150°C mold temperature. As a factory-direct supplier, we offer high-performance PPA solutions for power electronic safety.
El PA6T GF35 es un PPA reforzado con 35% GF diseñado para soportes de refrigeración de motores de drones sometidos a grandes esfuerzos. Presenta una resistencia a la tracción de 190 MPa y se mantiene estructuralmente estable a temperaturas continuas de hasta 150 °C. Asegura el cuerpo del motor contra las vibraciones de alta frecuencia y protege los sensores cercanos del calor extremo. Su diseño ligero aumenta la resistencia en vuelo en 15% en comparación con los soportes de aluminio. La excelente fluidez del material permite diseños de pared delgada para maximizar el flujo de aire de refrigeración y la eficiencia del motor. Procesamiento recomendado: temperatura de fusión 315-335°C con temperatura de moldeo 130-150°C para una cristalinidad óptima. Proporcionamos materiales resistentes al calor, directos de fábrica, para sistemas avanzados de propulsión aeroespacial y de vehículos aéreos no tripulados.
PA6T GF35 es un nylon de gran estabilidad dimensional para soportes de sistemas de gestión de baterías (BMS) de vehículos eléctricos. Ofrece una baja contracción del molde de 0,15% y una absorción de humedad ultrabaja, lo que garantiza un ajuste perfecto para placas de circuitos sensibles. Aísla los componentes BMS de las vibraciones, el polvo y la humedad del vehículo para garantizar la fiabilidad electrónica a largo plazo. En comparación con las poliamidas estándar, proporciona 50% una mayor rigidez a las temperaturas máximas de funcionamiento. Esto evita el alabeo de las placas de circuitos y protege las juntas de soldadura en entornos de baterías compactas. Tratamiento recomendado: Presecado a 120°C durante 6 horas seguido de moldeo por inyección a 310-330°C. Nuestra fábrica suministra PA6T de alta precisión de calidad automovilística para sistemas inteligentes de gestión de la energía.
We support PA6T GF35 material selection and formulation discussions according to component requirements, processing conditions and target performance. Customization options can be evaluated across the following areas:
| Customization Area | Available Direction |
|---|---|
| Glass Fiber Reinforcement | GF35 standard grade and other technically feasible reinforcement levels |
| Color | Natural, White, Black and Custom Colors |
| Heat Stabilization | Formulation evaluation for thermal aging requirements |
| Propiedades mecánicas | Strength, stiffness and impact performance adjustment |
| Resistencia química | Formulation assessment based on operating media |
| Processing Properties | Flow and molding behavior optimization |
| Component Requirements | Grade selection based on design and service conditions |
Our team can evaluate the requirements and recommend a suitable PA6T GF35 compound or alternative PPA grade for further testing.
Discuss Your Custom RequirementsMaterial consistency and technical documentation are important when sourcing PA6T GF35 for industrial production. We support product evaluation through applicable material specifications and quality documentation.
| Document | Purpose |
|---|---|
| Technical Data Sheet (TDS) | Review mechanical, thermal and physical properties |
| Safety Data Sheet (SDS) | Understand material handling and safety information |
| Certificate of Analysis (COA) | Review batch-specific quality results |
| Test Reports | Evaluate specific material performance |
| Quality Certifications | Review applicable manufacturing quality systems |
Testing items and available documents depend on the selected grade and agreed order requirements. Contact us to request the applicable PA6T GF35 technical documents.
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Los compuestos de poliamida de ingeniería se utilizan en diversos sectores, como piezas de automoción, componentes eléctricos, bienes de consumo y maquinaria industrial. Es habitual encontrarlos en engranajes, cojinetes, carcasas eléctricas y componentes de automoción bajo el capó debido a su durabilidad y resistencia al calor y los productos químicos.
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