Category Archives: Feature Product

FEATURE GRADE: Nylatech PVM

NYLATECH® PVM (pressure/velocity/maximum) was developed to provide a premium material designed for demanding applications requiring durability and low maintenance. This self-lubricating material boasts a low coefficient of friction, significantly enhancing equipment life and operational efficiency. Ideal for bearings and bushings, NYLATECH® PVM is celebrated for its superb machinability, impressive surface finish, and the ability to…
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Types of Nylon

The most common type of Nylon are Cast Nylon (Type 6) and Extruded Nylon (Type 6,6). The largest applications for Nylon are bearings, cams, valve seats, gears and other bearing and wear applications that require quiet operation, wear resistance and low coefficients of friction. Nylon is typically not preferred for wet applications as it absorbs…
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Best nylatech cast nylon plastics for high friction environments

Nylatech cast nylon is ideal for many applications, but when high friction environments are present, we often recommend one of these four cast nylon plastics: Nylatech Power 6: Often used for drive gears, sprockets, and high load rollers and wheels, Nylatech Power 6 is as strong as steel with the abrasion resistance and noise reduction of…
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Product Profile: Nylatech Cast Nylon

Nylatech has earned a reputation as an internationally respected manufacturer of Cast Nylon 6 and 6/12. Our full line manufacturing capabilities allow us to produce all your stock shapes (tubular, rod, and plate stock), and produce semi-finished and finished custom cast components. Here are the Nylatech Cast Nylon products we offer: Nylatech® Natural: Ideal for…
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For Really Tough Jobs

  WEAR RESISTANT & SELF LUBRICATING Nylon Components for the Mining Industry    Sliding, rolling, abrasion, and impact can cause premature wear on parts and equipment, this is where Nylatech comes in. Nylatech provides solutions for demanding applications with wear resistant and self-lubricating nylon components. We can reduce or eliminate wear on mating materials, increasing the life of both…
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