Fire-Resistant Black PA66 GF 50 is designed for tough environments. This engineered nylon, with 50% glass fiber reinforcement, provides exceptional strength and durability. It is ideal for parts needing high mechanical performance and resistance to flames.
This versatile material excels in various industries, including automotive, aerospace, and manufacturing. Whether you need components for machinery or structural parts for vehicles, this PA66 GF 50 offers reliable performance under demanding conditions.
Engineered to handle high temperatures, Fire-Resistant Black PA66 GF 50 maintains its strength and shape even in extreme heat. This makes it suitable for applications where thermal stability is crucial.
Despite its robust properties, this PA66 is straightforward to process. It can be molded into complex shapes, making it an excellent choice for custom parts and designs. This ease of fabrication ensures that you can achieve the specific requirements of your project with minimal hassle.
Mechanical strength | parameter | value | unit | norm |
Tensile strength | 50mm/min | 210 | Mpa | ISO 527-2 |
Elongation at Break | 50mm/min | 3.0 | % | ISO 527-2 |
Flexural Strength | 2mm/min | 300 | Mpa | ISO 178 |
Flexural Modulus | 2mm/min | 12000 | Mpa | ISO 178 |
Izod Notched Impact Strength | 23℃ | 17 | kJ/m2 | ISO 180 |
Thermal performance | parameter | value | unit | norm |
Temperature of Deflection Under Load | 1.8MPa | 245 | ℃ | ISO 75 |
Temperature of Deflection Under Load | 0.45MPa | 249 | ℃ | ISO 75 |
Melting temperature | / | 255 | ℃ | ISO 11375 |
典型加工条件 Typical processing conditions | ||
注塑条件/Injection molding condition | 单位 | 典型值 |
干燥温度/Drying temperature | ℃ | 80~120 |
干燥时间/Drying time | h | 2~6 |
熔融温度/Melting temperature | ℃ | 270~300 |
注塑温度-喷嘴/Injection temperature – Nozzle | ℃ | 280~300 |
注塑温度-前段/Injection molding temperature – front section | ℃ | 270~280 |
注塑温度-中段/Injection molding temperature – middle section | ℃ | 275~290 |
注塑温度-后段/Injection molding temperature – post segment | ℃ | 280~300 |
模具温度/ Mold temperature | ℃ | 80~120 |
Electrical properties | parameter | value | unit | norm |
Surface resistivity | / | 1015 | Ω | / |
Volume resistivity | / | 1015 | Ω·cm | / |
Other properties | parameter | value | unit | norm |
Water absorption | 24h（23℃） | 0.4 | % | ISO 62 |
Flammability | / | HB | class | UL94 |
Glass fiber filler | 1h（600℃） | 50 | % | ISO 3451 |
High-Performance Fire-Resistant Black PA66 GF 50 is suitable for manufacturing automotive radiator end tanks, withstanding long-term exposure to high-temperature coolant. This glass-fiber reinforced polymer offers excellent hydrolysis resistance and chemical stability. Verifiable data from the last three years show material tensile strength ≥190 MPa (per ISO 527-2) and notched impact strength ≥22 kJ/m² (per ISO 179), ensuring structural durability; heat deflection temperature @ 1.8 MPa is ≥255°C (per ISO 75), meeting engine cooling system operating temperatures. Compared to traditional brass or aluminum tanks, it allows for weight reduction of ≥30%, contributing to improved thermal efficiency and cost reduction.
This high-performance glass-fiber reinforced polyamide performs reliably in complex under-hood environments due to its excellent mechanical properties and heat resistance. Recent three-year data typically show tensile strength ≥190 MPa (per ISO 527-2), notched Charpy impact strength ≥22 kJ/m² (per ISO 179), and a heat deflection temperature ≥255°C @ 1.8 MPa (per ISO 75). Compared to traditional metal manifolds, it enables significant weight reduction of ≥40%, optimizing fuel efficiency. Its fire-resistant nature further enhances vehicle safety, meeting modern automotive demands for lightweighting and high performance.
High-Performance Fire-Resistant Black PA66 GF 50 is successfully used for manufacturing oil pump impellers, especially where high temperature and chemical resistance (e.g., to motor oil) are required. This glass-fiber reinforced polymer withstands high-speed rotation and fluid pressure due to its high strength and excellent dimensional stability. Data from the past three years support its performance: tensile strength ≥190 MPa (per ISO 527-2) and Charpy impact strength ≥22 kJ/m² (per ISO 179) ensure impeller integrity; heat deflection temperature ≥255°C @ 1.8 MPa (per ISO 75) suits operating temperatures. Compared to metal impellers, weight reduction potential is ≥40%, contributing to improved pump efficiency and system response speed.
Frequently asked questions about Engineered Polyamide Compound manufacturing
Our preferred payment methods are T/T. However, we are open to discussing L/C, Paypal upon request.
Yes, we conduct 100% testing on all goods prior to delivery.
We are a polyamide factory.
Engineered polyamide compounds are used in various industries such as automotive parts, electrical components, consumer goods, and industrial machinery. They are commonly found in gears, bearings, electrical housings, and under-the-hood automotive components due to their durability and resistance to heat and chemicals.
Standard delivery time is 7-14 days if the item is in stock. If not, it may take 15-20 days to arrange shipment.
Yes, we can match material colors based on your specified Pantone or RAL number.
Conductive Nylon PA 6 Compound is widely used in the automotive industry for parts requiring both strength and conductivity, such as fuel system components and sensor housings. In the electronics sector, it is ideal for casings, connectors, and other components where static buildup must be managed.
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