Description of Nylon Parts: Exceptional wear resistance with a friction coefficient typically ranging from 0.1 to 0.3, making it 1/4 the coefficient of phenolic plastic and 1/3 of Babbit alloy – a self-lubricating material with excellent mechanical properties. Nylon parts are hard, boasting high tensile strength, bending resistance, impact strength, and elongation. Their compressive strength is comparable to metals, and their fatigue strength is on par with cast iron and aluminum alloys. They exhibit stable chemical stability, unaffected by weak alkalis, esters, hydrocarbons, or oils. They are lightweight, have good toughness, high wear resistance, oil resistance, and vibration resistance. Suitable for manufacturing wear-resistant components, transmission structures, household appliance parts, automotive components, anti-friction parts, industrial machinery, electrical insulation components. This includes turbines, gears, bearings, impellers, blades, screws, nuts, bolts, spindles, sleeves, and connectors, etc.
Advantages of Nylon Products:
(1) High strength, capable of withstanding loads for extended periods.
(2) Excellent resilience; can bend without deformation, while maintaining toughness and resisting repeated impacts.
(3) Abrasion-resistant self-lubricating properties provide superior performance to bronze, cast iron, carbon steel, and phenolic laminates in oil-free (or oil-free) lubrication applications, reducing consumption and conserving energy.
(4) Noise absorption and vibration reduction: The modulus of MC nylon is much lower than that of metal, leading to greater vibration attenuation and providing a practical approach to noise prevention superior to metal.
(5) Compared to metal, MC nylon has lower hardness and does not damage the mating parts.
(6) Low MC coefficient, offering wide applicability on friction parts.
(7) High chemical stability, resistant to alkalis, alcohols, ethers, hydrocarbons, weak acids, lubricants, detergents, and water (seawater), with odorless, non-toxic, tasteless, and non-rusting properties. This offers excellent conditions for its wide application in alkaline corrosion resistance, environmental hygiene, food, textile dyeing and printing, and other mechanical components.
(8) Streamlined machine maintenance and labor savings, excellent mechanical machining performance, and increased labor productivity.
(9) Molding Compound Nylon is limited to use in the following environments and media:
Long-term use at temperatures exceeding 120℃.
b. Strong acids, phenol, sodium chlorate, barium chloride, etc.
c. Key components for high-precision machinery.
