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ST-ES100 Electromagnetic Shielding Coating

Excellent radiation and electromagnetic shielding performance, low resistivity, with superior electrostatic discharge capability; effective shielding against electromagnetic interference, outstanding flame retardancy, and exceptional durability. Weather resistance: resistant to low temperatures, acids, alkalis, water, and corrosion, as well as ultraviolet radiation.

    Product Introduction

    • Widely used in electronic circuits, electrical appliances, server rooms, and other environments requiring clean, radiation-resistant, and electromagnetic wave shielding for corrosion protection.
    • ST-ES100
    Widely used in electronic circuits, electrical appliances, server rooms, and other environments requiring clean, radiation-resistant, and electromagnetic wave shielding for corrosion protection.
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    performance index :

    product model

    ST-ES100

    resin matrix

    carbamide resin

    pigment

    cinereus

    adhesion

    ≤Level 1

    Shielding efficiency: 30MHz to 1.5GHz

    35-60dB

    Recommended thickness of dry film coating

    (90~120)μm

    end-use temperature

    -55℃~85℃

    Drying time-surface drying

    ≤0.5h,21ºC

    Drying time-complete curing

    ≤24h,21ºC

    storage period

    (21°C, unopened) 12 months

    VOC content

    ≤80g/L

    Total benzene content

    Total content of benzene, toluene, and xylene ≤50 mg/kg

    Soluble heavy metals

    Non-cadmium, chromium, and mercury heavy metals

    hot test

    No cracking, blistering, or peeling on the material surface

    cold test

    No cracking, blistering, or peeling on the material surface

    salt spray test

    No cracking, blistering, or peeling on the material surface

    humid heat test

    No cracking, blistering, or peeling on the material surface

    temperature ictus

    No cracking, blistering, or peeling on the material surface

    mould test

    ≤Level 1

    Construction process recommendations:

    Electromagnetic shielding coatings can be applied through various methods including rolling, brushing, or spraying, all of which are simple and easy to operate. The specific application steps are as follows:
    1. Clean the base surface of dust to maintain a clean and tidy base surface.
    2. Stir the coating evenly and apply directly
    3. Apply a decorative coating on the surface of the electromagnetic shielding paint without compromising the product's shielding performance.

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