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1 What is the POM performance in wear resistance?
The friction factor is only 0.21, lower than PA, with self-lubricating effect and low working noise.
Lubricated polyoxymethylene(POM) is most suitable for transmission parts of machinery,
electronic and electrical parts, such as gears, rollers, cams, and connecting rods.
2 How to improve the POM lubricity?
Adding organic oil or silicone oil, polytetrafluoroethylene (PTFE) or molybdenum disulfide
to polyoxymethylene resin can reduce the friction coefficient and wear rate of the product surface.
① compound PTFE, PE, UHMWPE and other crystalline polymer materials with low friction coefficient.
② Add fibrous materials such as glass fiber and carbon fiber.
③ Modify silicone oil, mineral oil, grease and other lubricating oils and greases.
④ Mix MoS2, graphite and other inorganic powder lubricants.
⑤ Introduce a lubricating segment into the POM molecular chain by means of grafting, block, etc.
1 What is the POM performance in wear resistance?
The friction factor is only 0.21, lower than PA, with self-lubricating effect and low working noise.
Lubricated polyoxymethylene(POM) is most suitable for transmission parts of machinery,
electronic and electrical parts, such as gears, rollers, cams, and connecting rods.
2 How to improve the POM lubricity?
Adding organic oil or silicone oil, polytetrafluoroethylene (PTFE) or molybdenum disulfide
to polyoxymethylene resin can reduce the friction coefficient and wear rate of the product surface.
① compound PTFE, PE, UHMWPE and other crystalline polymer materials with low friction coefficient.
② Add fibrous materials such as glass fiber and carbon fiber.
③ Modify silicone oil, mineral oil, grease and other lubricating oils and greases.
④ Mix MoS2, graphite and other inorganic powder lubricants.
⑤ Introduce a lubricating segment into the POM molecular chain by means of grafting, block, etc.