Nylon PA 6.6 GF 30 is a type of engineered nylon that’s filled with 30% glass fiber. This strong material is often used in tough environments where strength, stiffness, and heat resistance are important. The glass fibers give it extra durability, making it a popular choice for many industries.
Carbon fiber adds a lot of strength to the already tough PA66 plastic. It makes the material strong without making it heavy. This feature is useful in industries where parts need to be both strong and lightweight, such as in the automotive and aerospace fields. With carbon fiber reinforcement, the material resists heat and can take on heavy-duty tasks while staying light and flexible.
If you’re looking for a plastic that can handle tough conditions, polyamide 6.6 with glass fiber is a great option. Its high strength makes it resistant to wear and tear, and it’s great for products that need to last a long time. Glass-filled nylon is also better at handling heat, so it’s a smart choice for parts that work in high temperatures.
One of the standout features of glass-filled nylon, like PA 6.6 GF 30, is its strength. It’s not just a regular plastic—it’s built to be much tougher. Thanks to the added glass fibers, it can resist damage from heavy loads and stay strong in challenging conditions. Plus, it doesn’t shrink much when molded, which helps with accuracy.
You’ll often find polyamide 6.6 in products that need to be tough. It’s commonly used in automotive parts, electrical components, and industrial equipment. Anywhere that needs a durable, heat-resistant material, this type of plastic comes into play. Its reliability makes it a go-to option for engineers.
With its sturdy nature, heat resistance, and versatility, PA 6.6 GF 30 is a material that can handle demanding tasks. Whether you’re designing car parts, machines, or electrical devices, it provides the strength and durability you need.
Mechanical strength | parameter | value | unit | norm |
Tensile strength | 50mm/min | 180 | Mpa | ISO 527-2 |
Elongation at Break | 50mm/min | 4 | % | ISO 527-2 |
Flexural Strength | 2mm/min | 270 | Mpa | ISO 178 |
Flexural Modulus | 2mm/min | 8500 | Mpa | ISO 178 |
Izod Notched Impact Strength | 23℃ | 13 | kJ/m2 | ISO 180 |
Thermal performance | parameter | value | unit | norm |
Temperature of Deflection Under Load | 1.8MPa | 235 | ℃ | ISO 75 |
Temperature of Deflection Under Load | 0.45MPa | 245 | ℃ | ISO 75 |
Melting temperature | / | 250 | ℃ | 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℃） | 0.7 | % | ISO 62 |
Flammability | / | HB | class | UL94 |
Glass fiber filler | 1h（600℃） | 30 | % | ISO 3451 |
This glass-fiber reinforced polymer demonstrates 180MPa tensile strength (ISO 527-2), 15kJ/m² impact resistance (ASTM D256), and 220℃ HDT (ISO 75-1:2020) in bearing applications, achieving 32-35% weight reduction. The 30% fiber loading enhances wear resistance and dimensional stability for high-RPM environments. Mechanical validation follows ASTM D638, with thermal data verified by third-party labs. Design optimization should reference ISO 21469 lubrication guidelines.
This 30% GF reinforced PA6.6 delivers 170MPa tensile strength (ISO 527), 14kJ/m² impact strength (ISO 179-1), and 210℃ continuous service temperature (ISO 75-2), enabling 40% weight reduction versus brass. Validated through ASTM D543 chemical resistance tests, it maintains sealing integrity in pH3-11 environments for >5000hrs. Melt flow data per ISO 294-1 supports spiral rib designs achieving 2.4MPa burst pressure (ISO 1167), ideal for dynamic connections in pneumatic/hydraulic systems.
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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