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Conductive Paints

Conductive Acrylic Paints – 1-part coatings that are easy to apply, cure quickly, and provide optimal EMI / RFI shielding to plastic electronic enclosures.

Conductive Epoxy Paints – 2-part coatings that offer superior adhesion, durability, and chemical resistance. They are suitable for use in harsh environments.

Water Based Conductive Shielding Paint – 1-part coatings suitable for use on wood, and excellent for guitars and other instruments. They are also excellent on drywall and suitable for use on walls and other architectural applications.

Package and Board Level Shielding Coatings – Coatings for short-range high-frequency EMI applications. High durability versions are available that resist wave soldering and do not fray when cut.

ESD Safe Coatings – Durable coatings that prevent electrostatic discharge on a wide variety of substrates.

Conductive Spray Paints – Conductive acrylic paints in convenient aerosol packaging.

Conductive Pens – Conductive paints in a convenient pen format, perfect for prototyping, trace repair, and touchup.

Conductive Paint Thinners – Thinners for use in the application of conductive paints

If our Conductive Paints interest you, our Conductive Adhesives might too. To learn about non-conductive coatings applied directly onto circuits to provide protection from almost anything other than EMI / RFI, check out our Conformal Coatings.

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Conformal Coating Solutions
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Performance Comparison of Coating Bases

Each coating base comes with its own tradeoffs depending on the application.

Conductive Paint Binder System

Substrate Adhesion

Each polymer system comes with its own adhesion strength depending on the substrate it is applied to.

  Acrylic Epoxy Water Based
Acrylonitrile Butadiene Styrene (ABS) Excellent Excellent Excellent
Polycarbonate (PC) Excellent Excellent Excellent
PolyVinyl Chloride (PVC) Excellent Excellent Excellent
Nylon 66 (Polyamide) Excellent Excellent Excellent
G-10 Fiberglass Epoxy
Excellent Excellent Excellent
Ceramic
Excellent Excellent Excellent
Polypropylene (PP) Poor Poor Poor
Glass Poor Excellent Poor
Metal Poor Excellent Poor
Dry Wall Good Good Excellent
Wood Good Excellent Excellent

Performance Comparison of Coating Pigments

Each conductive filler comes with its own tradeoffs depending on the application.

Conductive Paint Performance Comparison

Pigment/Resin Systems Combination Product Selection Chart

  Resin System
Pigment System Acrylic Water Based Urethane Epoxy
Carbon 838AR N/A N/A
Nickel 841AR 841WB 841ER
Silver Coated Copper 843AR 843WB 843ER
Silver 842AR 842WB 842ER