Weldable Glass-Fiber-Reinforced Pa6

Core Benefits:

ACCOM's high quality Weldable Glass-Fiber-Reinforced Pa6 is perfectly adapted to mainstream welding processes due to its excellent welding performance, with extremely low interference of welding interface fibers and close to the base metal, which greatly improves the overall reliability of the module.

At the same time, the material has strong mechanical properties, with a tensile strength of up to 170 MPa, which is comparable to some metal materials, and high rigidity (flexural modulus of 10,000 MPa) and excellent impact resistance (notched impact 80 kJ/m²), making it ideal for harsh conditions.

The material also has stable high-temperature stability, with a heat deflection temperature of up to 230°C, and its chemical and hydrolysis resistance makes it far longer than ordinary PA6.

In addition, the ultra-low moisture absorption rate (<3%) and the extremely low molding shrinkage (0.2-0.5%) ensure long-term dimensional accuracy, which is particularly suitable for precision components with high tolerance requirements.

Application scenarios

 In the automotive industry, ACCOM's Weldable Glass-Fiber-Reinforced Pa6 can be widely used in intake manifolds, coolant tanks, battery housings and other components to replace steel with plastic, helping to reduce weight and increase efficiency.

In industrial equipment, its excellent corrosion resistance and mechanical strength make it ideal for applications such as pump and valve housings, mechanical shields, filtration systems, etc.

In the electrical and electronic industry, the insulating and flame-retardant properties of materials perfectly meet the safety needs of waterproof junction boxes, outdoor equipment enclosures and other products. The consumer sector is also thriving, from power tools to sports equipment to smart home products, ACCOM's materials provide designers with unprecedented freedom and reliability.

 ACCOM's Weldable Glass-Fiber-Reinforced Pa6 is not only a material, but also a revolution in manufacturing processes! It enables the integrated molding of complex structures, significantly reduces assembly costs, and provides engineers with unprecedented design freedom.

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