UHMWPE ISO-TECH M

Alternative and trade names
ISO-MOL®
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Description

ISO-MOL® is a self-lubricating material based on a PE-UHMW with significantly improved sliding friction and abrasion resistance. Being an advancement of ISO-LEN® 1000, the addition of additives results in excellent wear behaviour and a very good sliding friction coefficient. ISO-MOL® is mainly used in plants where downtimes are very cost-intensive. In particular, slide rails and chain guide profiles as well as linings in the bulk goods sector are frequently produced on the basis of ISO-MOL®. The key features are:


  • Very low sliding friction coefficient
  • Higher abrasion resistance
  • Related Standards

    This material data has been provided by ISO-TECH Kunststoff GmbH.

    All metrics apply to room temperature unless otherwise stated. SI units used unless otherwise stated.
    Equivalent standards are similar to one or more standards provided by the supplier. Some equivalent standards may be stricter whereas others may be outside the bounds of the original standard.

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    Properties

    General

    PropertyValueComment

    Coefficient of friction

    0.08 [-]

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    DIN 53375, A, Against dry running steel

    Density

    0.93 g/cm³

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    ISO 1183

    Water absorption

    0.01 %

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    ISO 62

    Mechanical

    PropertyValueComment

    Elastic modulus

    0.68 GPa

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    min., ISO 527

    Elongation at yield

    20 %

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    ISO 527

    Flexural strength

    27 MPa

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    ISO 178

    Hardness, Ball Indentation

    35 MPa

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    Hardness, Shore D

    61 [-]

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    DIN 53505

    Tensile strength

    28 MPa

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    DIN 53455

    Yield strength

    17 MPa

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    ISO 527

    Elongation

    No break, ISO 527

    Impact strength, Charpy notched

    No break, ISO 179

    Impact strength, Charpy unnotched

    No break, ISO 179

    Tear strength

    No break, ISO 527

    Thermal

    PropertyValuePressureComment

    Coefficient of thermal expansion

    0.0002 1/K

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    DIN 53752

    Heat deflection temperature

    42 °C

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    0.45 MPa

    Max service temperature

    80 °C

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    Longterm

    Long

    Short

    Min service temperature

    -150 °C

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    Longterm

    Thermal conductivity

    0.41 W/(m·K)

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    DIN 52612

    Vicat softening temperature

    80 °C

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    ISO 306, VST B50

    Flammability

    HB UL 94

    Technological properties

    Property
    Application areas

    Sliding parts, chain guidance and sliding profiles

    Certifications

    Food Contact: FDA and EU 10/2011, RoHS,REACH