Household appliances
1. PA6T/66: Core Adaptable Material for Household Appliance Connectors
As a representative high-temperature nylon material, PA6T/66 is specifically engineered for high-temperature, high-humidity environments. In such conditions, its tensile strength is 20% higher than that of PA6, its flexural modulus exceeds that of PA66 by 20%, and it exhibits superior resistance to erosion by gasoline, oils, and coolants. It can withstand continuous exposure to 200°C and maintains stable dimensional accuracy even under extreme environmental conditions, making it an ideal choice for connector components in household appliances.
2. PPA: The Preferred High-Temperature-Resistant Material for Home Appliance Connectors and Tactile Switches
PPA stands out for its exceptional heat resistance, with a melting range of 310–325°C and a heat deflection temperature as high as 280–290°C. Even at 150°C, it remains highly resistant to degradation by fuels, lubricants, and other oils. In addition, PPA offers outstanding dimensional stability, minimal warpage, and an ultra-low water absorption rate, coupled with excellent weatherability, enabling it to reliably withstand extreme conditions such as high temperatures, high humidity, and intense UV radiation. As a result, it is widely suited for connector components in household appliances and for use in tactile switches.
3. PA10T: A multifunctional material for home appliance connectors, plumbing components, and structural frameworks
Building on the outstanding mechanical properties, excellent wear resistance, and superior resistance to organic solvents characteristic of conventional nylons, PA10T achieves a dual breakthrough: enhanced heat resistance and reduced water absorption. With a melting point as high as 316°C, it delivers exceptional thermal performance, while its ultra-low water absorption ensures outstanding dimensional stability. In addition, its favorable mechanical properties and excellent processability—supporting injection molding, extrusion, and other manufacturing techniques—make it widely suitable for applications such as connectors for household appliances, plumbing components, and structural frameworks. Furthermore, since the monomer decanediamine is derived from rapeseed oil, a green and renewable resource, PA10T also offers significant environmental benefits.
4. PARA: High-Compatibility Flame-Retardant Materials for Home Appliances, Gears, and Furniture
PARA employs a halogen-free flame-retardant (HFFR) formulation reinforced with 50% glass fiber, colored in signal orange. This halogen-free system strikes an optimal balance between high stiffness and impact strength, while also delivering outstanding creep resistance and thermal stability. Its high flowability supports complex part designs and thin-wall molding, enabling material savings and weight reduction of components. Combined with high injection speeds and short cycle times, processing efficiency is significantly enhanced. Moreover, its resin-rich, high-gloss surface finish makes it well suited for a wide range of applications, including household appliances, gears, and furniture products.
5. LCP: High-Performance Material Specialized for SMT Assembly of Home Appliance Connectors
LCP is specifically engineered for SMT assembly processes, readily withstanding lead-free reflow soldering. It boasts exceptional thermal aging performance and excellent flow characteristics, making it ideally suited to meet the demanding molding requirements of thin-wall and complex-shaped components. With outstanding dimensional stability, coupled with superior chemical resistance, flame retardancy, and dielectric properties, LCP provides comprehensive performance assurance for connector accessories in household appliances, making it the material of choice for high-end appliance interconnect components.
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