Polyoxymethylene (POM)

Universal material with perfect machinability
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Material
Material additive
Abbreviated material designation
Color
Working temperature range
Conformity
Thickness
Length
Width
8 products / 73 articles
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8 Items

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  1. 02320000 POM-C plate natural (white), 0.5 - 1 mm
    POM-C plate natural (white), 0.5 - 1 mm
    Number of articles in this product: 2
  2. 02320001 POM-C plate natural (white), 1.5 - 120 mm
    POM-C plate natural (white), 1.5 - 100 mm
    Number of articles in this product: 23
  3. 02321011 POM-C plate black, 2 mm
    POM-C plate black, 2 mm
    Number of articles in this product: 1
  4. 02320011 POM-C plate black, 3 - 100 mm
    POM-C plate black, 3 - 100 mm
    Number of articles in this product: 20
  5. 02320071 POM-C plate blue
    POM-C plate blue
    Number of articles in this product: 13
  6. 01171210 POM-C ED plate beige
    POM-C ED plate beige
    Number of articles in this product: 4
  7. 01193040 POM-C EC plate black
    POM-C EC plate black
    Number of articles in this product: 7
  8. 01193050 POM-H plate anthracite
    POM-H plate anthracite
    Number of articles in this product: 3
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8 Items

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Material properties of polyoxymethylene (POM)

POM has a combination of high hardness and dimensional stability and yet high impact strength. This plastic has a low friction resistance, moderate Abrasion resistance, excellent resilience, high fatigue strength with alternating stress, good dielectric properties, high dielectric strength, a low dielectric loss factor, good chemical resistance, especially to solvents, and is very resistant to stress cracking. POM is a good, versatile sliding bearing material, which allows high bearing loads due to its mechanical properties. However, it is less wear resistant than e.g. PA or PET-C.

APSOplast® POM-C, natural (white), black, blue

This is the polyacetal copolymer which, compared to POM-H, has a better resistance to hydrolysis, strong alkalis and thermal oxidative degradation.

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APSOplast® POM-H, natural (white), black

The POM homopolymer has higher tensile strength, stiffness, hardness and creep resistance and improved wear resistance compared to POM-C (co-polymer).

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