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TBA Protective Solutions ECP 536 Highly Conductive Flexible Polyurethane Coating

ECP 536 Highly Conductive Flexible Polyurethane Coating. ECP 536 conductive flexible polyurethane is for use in applications where a highly conductive, anti-static surface is required on a flexible surface eg, P.U. elastomer, PVC, rubber variants, fabrics, leather etc.

Product Type: Conductive Coating

Features: Anti-Static, Conductive, Flexible

Application Area: Electrical Components

Compatible Substrates & Surfaces: Elastomers & Rubbers, Fibers & Fabrics, Leather, Plastics

Chemical Family: Polyurethanes (PU)

    Knowde Enhanced TDS

    Identification & Functionality

    Chemical Family
    Product Type

    Features & Benefits

    Ready-to-Use Product Features
    Overview
    ECP 536 Highly Conductive Flexible Polyurethane Coating.

    Applications & Uses

    Application Area

    Properties

    Technical Data
    ValueUnitsTest Method / Conditions
    Coverage (Dependent on Substrate)approx. 10sq.m/litre
    Dry Film Thickness10 - 15micron
    Elongationapprox. 500%
    FinishLow gloss
    Flash Point40°C
    Maximum VOC Content0.8kgs/ltr
    Surface Resistivitymax. 10⁵ohms/sq
    Wet Film Thickness50micron

    Regulatory & Compliance

    Certifications & Compliance

    Technical Details & Test Data

    Application
    • ECP 536 is generally applied directly to a clean and grease-free substrate.
    • Thinners may attack some plastics, trial before applying. ECP 536 is thinned with approx. 15-30% thinners (ECP 536/2681) for spraying or 10% thinners for brushing.
    • ECP 536 is an air-drying coating that is touch dry in approximately 5 minutes at 200°C, hard dry in 20 minutes with full properties in around 1 hour.
    • ECP 536 can be cross-linked with a special isocyanate hardener, ECP 536 Pt. B, using approximately 10% by weight. The hardener is supplied separately and should be added immediately prior to using the paint.  Pot life is approximately 8 hours. Cross-linking confers improved toughness, weathering and chemical resistance but at the expense of flexibility and conductivity.

    Storage & Handling

    Storage

    12 months in an original sealed container.