Comco POM-C

Comco POM C - Comco EPP

This semi-crystalline thermoplastic features good frictional properties and high dimensional stability. POM-C offers high mechanical load-bearing capacity paired with good machinability. For all customers requiring mechanically precise components and strict tolerance ranges, our POM-C is highly recommended. Thanks to its low moisture absorption, POM-C is suitable for components that must function underwater or in a wet environment – humidity does not change its properties. POM-C is also resistant to a wide range of organic solvents and chemicals.

Colours: natural, black, blue, red, green, yellow

Characteristics:

  1. Excellent friction properties
  2. High wear resistance
  3. High dimensional stability
  4. High chemical resistance
  5. Low moisture absorption

Application areas:

  • For components requiring high dimensional stability (gearbox, guide roller, bearing, etc.)
  • For components used in a humid environment.

Modifications:

  • Comco-POM-C / GF POM C GF
  • Comco-POM-C slide / POM C slide modified
  • Comco-POM-C ELS EC / POM C electric conductive
  • Comco-POM-C ESD AST / POM C antistatic
Comco-POM-C can be supplied in the following modifications:
  • Comco POM-C
  • Comco POM-C ESD AST/antistatic
  • Comco POM-C ELS EC/conductive

Comco POM-C

Acetal in its pure form with no additives. POM-C is available in sheets, rods, blanks and finished parts manufactured according to your drawing. Our POM-C fulfills all food contact safety requirements according to FDA and EN regulations.

Comco POM- C ESD AST/antistatic

This variant offers excellent antistatic performance and retains a constant level of conductivity between 109 and 1011 ohms. It is suitable for various applications in the semiconductor industry, as well as in LCD/TFT-related technology and other areas of the electronics and electrical appliance sectors.

Comco POM-C ELS EC/conductive

Manufactured with CNT (carbon-nano-tube) POM-C, this option retains a constant conductivity between 106 and 109 ohms with minimal deviations from the physical properties of the original POM-C. It is suitable for various applications in the semiconductor industry, as well as in LCD/TFT-related technology and other areas of the electronics and electrical appliance sectors.