EMI/RFI Shielding: Conductive Paints
The most commonly used conductive paints are loaded with either nickel, copper or silver particles.
Nickel was one of the first conductive paints to be engineered and used in mass production and is typically applied at 50 microns. Although still in demand, nickel conductive paint has largely been superseded by copper conductive paint.
Copper-based paints, applied at 25 microns, are today the most popular coatings as the paint provides a better finish and performance at no price premium over nickel.
Silver-based paint, although slightly more expensive, is highly conductive and is applied at 10 microns. Silver conductive paint is ideal where that extra level of performance is required, such as in the defence sector.
The table below summarises the main properties:
|Coating Name||Applicoat EN150||Applicoat EC225||Applicoat ES210|
|Conductive Filler||Nickel||Silver-Plated Copper||Silver|
|Nominal thickness||40-50 microns||25 microns||10 microns|
|Typical sheet resistance||1.0 to 0.5 ohms / square||0.20 to 0.08 ohms / square||0.05 to 0.
02 ohms / square
Additionally, ACT can apply further functional coatings, depending upon requirements. These include, for example, NATO green, or a sealing lacquer on top of the conductive paints for insulation.
Full details of each of the paints' performance are available in our individual data sheets.
- Price List For Applicoat ES210.pdf
- ACT Silver Conductive TDS ES210.pdf
- ACT product data sheet APPLICOAT EN150.pdf
- Price List For Applicoat EN150.pdf
- Price List For Applicoat EC225.pdf
- ACT product data sheet APPLICOAT EC225.pdf
Contact us now to discuss your application.
Applied Coating Technologies Ltd Tipton Road, Tividale, Oldbury B69 3HY. United Kingdom
Tel: +44 (0)121 557 5324 Email: email@example.com