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47 products match

MB600SCN One Part Sodium Silicate Coating MB600SCN

Electrically conductive sodium silicate, aqueous based coating. Silver coating nickel filled system. Impressive shielding effectiveness Room temperature or heat curable. Can be effectively brushed or sprayed on surfaces. Serviceable from 0°F to +700°F.
Supreme 10HTN One Part Epoxy Supreme 10HTN-NV

High peel and shear strength single component nickel filled epoxy adhesive. Thixotropic system. Cost effective electrical conductivity. Resists from 4k to +400°F.
Supreme 10HTS One Part Epoxy Supreme 10HTS

Silver filled system with excellent electrical conductivity and high physical strength properties. One part, heat cured (250-300°F) epoxy. Wide range of serviceability from cryogenic temperatures up to +400°F. Meets NASA low outgassing specifications. Can be applied without sagging or dripping, even on vertical surfaces. Volume resistivit <0.006 ohm-cm. Thermally conductive. Shore D hardnes >75.
One component, silver conductive epoxy adhesive featuring high bond strength Supreme 3HTS-80

One component, silver conductive epoxy adhesive featuring high shear and high peel strengths. Cures at 175°F to 185°F. Bonds well to many substrates. Single part no mix system. Serviceable from -100°F to +350°F. Requires refrigeration, no freezing necessary
X5G One Part Elastomeric System X5G

One component graphite filled electrically conductive elastomeric adhesive, sealant. Paste-like consistency. Volume resistivity 5-10 ohm-cm. Cost effective solution for EMI/RFI shielding and static dissipation. Fast curing. Resists vibration and shock. Serviceable from -80°F to +250°F.
X-5N One Part Elastomeric Compound X5N

Easy to use, nickel filled elastomeric adhesive. No mix system. Good electrical conductivity. Used for shielding. Room or elevated temperature curing. Withstands thermal cycling. Serviceable from -80°F to +250°F.
X5SC One Part Elastomeric System X5SC

Single component silver filled elastomeric adhesive, coating. Excellent electrical conductivity. Highly effective for shielding. Cures at room or elevated temperatures. Paste viscosity. Superior thermal conductivity. Performs well when subjected to thermal cycling, vibration. Serviceable from -80°F to +250°F.

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