MXD6 GF50 is a high-performance aromatic polyamide reinforced with 50% glass fiber. It offers a superior stiffness-to-weight ratio for metal replacement. Unlike standard PA66, it maintains excellent dimensional stability because water absorption is only 0.15%. With a tensile strength of 280 MPa and HDT of 235°C, it excels in thermal management and structural safety. It is the best choice for critical automotive and drone structural parts.
MXD6 GF50 is a 50% glass-fiber reinforced semi-aromatic nylon with 280MPa tensile strength and 20,000MPa flexural modulus. It serves as a high-performance metal replacement for EV battery brackets, reducing weight by 40% compared to aluminum. Unlike standard PA66, it maintains 90% stiffness in humid conditions due to its 0.15% low water absorption. This ensures structural safety during vehicle impacts and constant vibrations. Its superior flow allows for complex cooling channels and space efficiency. Recommended processing: injection molding at 260–290°C with 120–140°C mold temperature. As a factory-direct supplier, we provide cost-effective solutions for automotive lightweighting and battery safety.
MXD6 GF50 is a 50% GF reinforced polyarylamide featuring a 235°C heat deflection temperature. It protects sensitive electronic elements from high heat, engine oil, and road salt. With 30% higher dimensional stability than PA6, it ensures precise thread fit and reliable signal transmission in sensor housings. Its low 0.2% mold shrinkage prevents housing warping and electrical short circuits in extreme environments. It provides excellent electrical insulation and surface finish without floating fibers. Recommended processing: melt temperature 255–285°C with 4-hour pre-drying at 120°C. Our factory supplies high-purity grades to guarantee long-term durability for automotive electronics.
MXD6 GF50 is a high-performance 50% glass-fiber nylon for professional drone landing gear. It delivers 280MPa strength to absorb high impact energy during landings, protecting internal avionics. Compared to carbon fiber, it reduces production costs by 30% through high-speed injection molding. Its extreme stiffness maintains propeller ground clearance and prevents structural friction damage. The material resists environmental aging and UV exposure during outdoor flight missions. Recommended processing: 120–140°C mold temperature for a smooth, resin-rich surface finish. We offer factory-direct technical support for UAV structural optimization and flight range extension.
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.
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