Highly conductive red silver paint designed for making high performance electrodes on both plastic and glass substrates. The cured film exhibits outstanding adhesion, is extremely scratch-resistant, and has excellent color stability. Ideally suited for long production runs.

Applications: Prototyping, manufacturing and repair of automotive rear window defogger and antenna circuits │ Brushing or banding applications where mixing may be at a minimum is ideal

Highly conductive, screen-printable silver paste designed for making water strippable circuitry on a variety of substrates.

Applications: Electroforming │ Electroplating │ Preassembly testing in printed circuit boards │ Prototype circuit design

Highly conductive red silver ink designed for making high performance electrodes on both plastic and glass substrates. The cured film exhibits excellent adhesion, is extremely scratch resistant, and has solid color stability.

Applications: Prototyping, manufacturing and repair of automotive rear window defogger and antenna circuits │ Applied via brushing, banding or automatic dispensing equipment

Highly adherent, low viscosity silver ink designed for making high performance circuitry on a variety of flexible polymeric substrates. When cured, exhibits strong mechanical properties and adhesion to both raw and Indium Tin Oxide coated Mylar and Melinex polyester films.

Applications: Membrane touch switches and flexible circuits for toys, games, appliances, cable TV controllers and computer punch cards │ Useful in flexible circuit prototype and repair operations │ Applied via brushing, banding or automatic dispensing equipment 

Low temperature, polymeric screen printable silver paste designed for making high performance circuitry on a variety of glass and ceramic substrates. The cured film is suitable for direct soldering using 62% Sn, 36% Pb, 2% Ag solder and any non-activated rosin flux.

Applications: Touch screens │ Solar cells │ General circuitry on rigid ceramics │ Recommended that Dielectric Composition 3410 be used for all crossover and overcoat paints 

Tuning conductor that is a rapidly drying, highly conductive silver coating. Material was specifically formulated for tuning high frequency microwave circuits. Conductive material withstands up to 50 Watts (constant wave) at frequencies up to 2.0 Ghz, and good electrical characteristics up to 10.0 Ghz under low pressure conditions. Dries to touch in 5-10 minutes.

Applications: Printed circuit board repair │ EMI shielding │ Capacitor electrodes │ General metallization of non-conductive material │ Ideally suited for long production runs in dip tank applications where mixing may be at a minimum

Highly conductive silver paint designed for making high performance electrodes on plastic, wood, glass, and ceramic substrates. Cured film exhibits outstanding adhesion and is very scratch-resistant.

Applications: Metallization of tantalum capacitors │ Printed circuit board repair │ Electroforming │ EMI shielding │ Ideally suited for long production runs in dip tank applications where mixing may be at a minimum

Highly conductive silver paint designed for making high performance electrodes on plastic, wood, and ceramic substrates. With a lower silver content than that of the 7955 Silver Conductor paint, it is subsequently more cost-effective.

Applications: Metallization of tantalum capacitors │ Printed circuit board repair │ Electroforming │ EMI shielding │ SEM ground coatings

Highly conductive silver paint both the highest silver loading and electrical conductivity. This paint is designed for making high performance electrodes on plastic, wood, and ceramic substrates.

Applications: Metallization of tantalum capacitors │ Printed circuit board repair │ Electroforming │ EMI shielding │ Due to the extremely slow settle rate of the conductive particles - material is ideally suited for long production runs in dip tank applications where mixing is at a minimum

Higher viscosity version of the 7955. This highly conductive silver paint is designed for making high performance electrodes on plastic, wood, and ceramic substrates.

Applications: Metallization of tantalum capacitors │ Printed circuit board repair │ Electroforming │ EMI shielding │ Due to the extremely slow settle rate of the conductive particles - material is ideally suited for long production runs in dip tank applications where mixing is at a minimum

Rapid drying, highly conductive silver paint designed for making high performance electrodes on plastic, wood, and ceramic substrates. Cured film exhibits excellent adhesion and good electrical properties in coatings as thin as 0.3 mils.

Applications: Printed circuit board repair │ Electroforming │ EMI/RFI shielding │ Rapid dry grounding paths for SEM specimens │ Material has been used successfully in Flexographic printing applications

Highly conductive, water-based silver paint designed for making high performance electrodes on plastic, wood, and ceramic substrates.

Applications: Printed circuit board repair │ Electroforming │ EMI shielding │ SEM ground coatings

Electrically conductive, two-component, chemically cured polyurethane silver paint. This high performance coating has been specially formulated for maximum chemical resistance, coupled with flexibility to minimize chipping and flaking. It is designed to provide outstanding resistance to weathering - particularly in humid environments.

Applications: Used by aircraft/aerospace manufacturers for static bleed path │ Grounding │ EMI shielding │ General metallization of non-conductive materials

Highly adherent, electrically conductive silver ink designed for use in making high performance circuitry on a variety of flexible silicone rubber substrates. Cured film yields excellent mechanical properties and exhibits strong adhesion, flexibility, and wear-resistance. Tested to withstand more than 500,000 keystrokes.

Applications: Manufacturing and repair of flexible rubber keypads for telephones, cable TV controllers, computers, toys, video games, remote controls and calculators