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The difference between nylon wheels (polishing wheels) and nylon gears
Nylon gears possess excellent comprehensive properties, including mechanical properties, heat resistance, wear resistance, chemical resistance, and self-lubrication. They also have a low coefficient of friction, a degree of flame retardancy, are easy to process, and are suitable for reinforcement and modification with glass fiber and other fillers to improve performance and expand their application range. Furthermore, their overload protection function ensures that when the torque is excessive, the gear itself will fail, interrupting power transmission and thus protecting downstream devices or personal safety, minimizing losses.
Product details of high-quality nylon wheels
Careful material selection: high-tenacity nylon material and imported special nylon cotton are used, resulting in a product with stronger cutting force, higher wear resistance, and faster efficiency compared to ordinary grinding nylon cotton. Inferior materials and abrasives are avoided, and imported special glue is used for compounding. Continuous improvements in production processes have increased efficiency, making production more convenient and yielding significant results in high-temperature resistance and wear resistance.
Briefly describe the advantages of polishing wheels (nylon wheels)
Polishing wheels (nylon wheels) contact the workpiece at their outer periphery during use and rotate at high speed. They can also be used to process workpieces of various irregular shapes depending on their elasticity. Therefore, polishing wheels are fast and have a wide range of applications.
The difference between nylon wheels and polyurethane wheels
To understand the difference between nylon wheels and polyurethane wheels, one must first have a clear understanding of the materials. Polyurethane is an elastomer between plastic and rubber, with excellent comprehensive properties not found in ordinary plastics and rubbers. It has good properties such as oil resistance, wear resistance, radiation resistance, high load bearing capacity, and shock absorption.