DIELECTRIC INSULATOR INKS & ADHESIVES
Overcoats, Conformal Coatings, Insulators & Epoxies
PRODUCTS
OVERCOATS
3200-UVR-2
UV Blocking Overcoat
Screen printable, modified polyester coating with UV blocking inhibitors. Designed for electronic circuit and component protection from exposure to UV radiation, oxidation, abrasion, moisture, and thermal shock. Cured film exhibits solid mechanical properties and outstanding adhesion to both Mylar and Melinex polyester films.
Applications: Applied via brushing, banding, dipping or through automatic dispensing equipment │ Meets requirements for MIL-I-46058C Type SR and has a fluorescent system for detection under UV light
3810
UV Blocking Overcoat
Screen printable, modified vinyl coating with UV-blocking inhibitors. It was designed for electronic circuit and component protection from exposure to UV radiation, oxidation, abrasion, moisture, and thermal shock. Cured film has excellent mechanical properties and exhibits outstanding adhesion to both Mylar and Melinex polyester films. This coating offers protection against UV radiation in wavelengths from 280 to 420 nm.
Applications: Overcoating of flex circuits and EL lamp devices which will see outside exposure to daylight
FO-120-C
Fluoropolymer Overcoat
Transparent, modified fluoropolymer coating used for electronic circuit and component protection. Cured, this material yields a chemically inert film which helps to prevent the effects of corrosion, moisture, oxidation, abrasion, and thermal shock.
Applications: Optimized for doctor blade applications
FO-121-C
Fluoropolymer Overcoat
Transparent, modified fluoropolymer coating used for electronic circuit and component protection. Cured, this material yields a chemically inert film which helps to prevent the effects of corrosion, moisture, oxidation, abrasion, and thermal shock. This film exhibits outstanding moisture resistance and provides reliable electrical insulation.
Applications: Overcoating of flexible and rigid circuit boards, solar cells and EL lamp devices │ Optimized for doctor blade applications
FO-121-CA
Fluoropolymer Overcoat
Transparent, modified fluoropolymer coating used for electronic circuit and component protection. Cured, this material yields a chemically inert film which helps to prevent the effects of corrosion, moisture, oxidation, abrasion, and thermal shock. This film exhibits excellent moisture resistance and provides reliable electrical insulation.
Applications: Overcoating of flexible and rigid circuit boards, solar cells and EL lamp devices │ Optimized for doctor blade applications
CONFORMAL COATINGS
3180
Silicone Conformal Coating
Highly flexible silicone coating used for electronic circuit and component protection where weatherability, moisture, and UV-resistance are important. When cured, this product yields a chemically inert film which helps to prevent the effects of corrosion, moisture, oxidation, abrasion, and thermal shock.
Applications: Applied via brushing, banding, dipping or through automatic dispensing equipment │ Meets requirments for MIL-I-46058C Type SR and has a fluorescent system for detection under UV light
3245
Urethane Conformal Coating
Highly flexible urethane coating used for electronic circuit and component protection. Coating demonstrates outstanding toughness and abrasion-resistance, along with protection from humidity and organic solvents. Cured, this product yields a chemically inert film which helps to prevent the effects of corrosion, moisture, oxidation, abrasion, and thermal shock.
Applications: Applied via brushing, banding, dipping or through automatic dispensing equipment │ Meets requirments for MIL-I-46058C Type UR and has a fluorescent system for detection under UV light │ Contains no free isocyanates
3330
Acrylic Conformal Coating
Highly adherent acrylic coating used for electronic circuit and component protection. When properly cured, this product yields a chemically inert film which helps to prevent the effects of corrosion, moisture, oxidation, abrasion, and thermal shock.
Applications: Applied via brushing, banding, dipping or through automatic dispensing equipment │ Meets requirments for MIL-I-46058C Type AR and has a fluorescent system for detection under UV light │ Contains no free isocyanates
INSULATORS & EPOXIES
3310
Acrylic Insulator
Highly adherent modified acrylic coating used for electronic circuit and component protection. Cured, this product yields a chemically inert film which helps to prevent the effects of corrosion, moisture, oxidation, abrasion, and thermal shock. The material is toluene free and has a drying rate which is identical to our 3300 Insulator.
Applications: Applied via brushing, banding, dipping or through automatic dispensing equipment │ Meets requirements for MIL-I-46058C │ Available as a fluorescent system for detection under UV light │ Contains no toluene
3400
Epoxy Insulator
Two-component, 100% solids, high temperature resistant, modified epoxy coating used for electronic circuit and component protection. Cured, this product yields a chemically inert film which helps to prevent the effects of corrosion, moisture, oxidation, abrasion, and thermal shock. The cured film can withstand brief exposures to high temperatures of up to 450°F.
Applications: Mixing ratio for this material is 1:1 by weight │ Material has a useful pot-life of 15-20 minutes
3410
Epoxy Insulator
Single component, high temperature resistant, modified epoxy coating used for electronic circuit component protection. Cured, this product yields a chemically inert film which helps to prevent the effects of corrosion, moisture, oxidation, abrasion, and thermal shock.
Applications: Applied via screen printing or through automatic dispensing equipment
3450
Optically Clear Epoxy
Two component, 100% solids, optically clear, modified epoxy coating used for electronic circuit and component protection. Cured, this product yields a chemically inert film which helps to prevent the effects of corrosion, moisture, oxidation, abrasion, and thermal shock.
Applications: Mixing ratio for this material is 1:1 by weight or volume │ Material has a useful pot-life of 30-40 minutes │ Applications include potting of LED lights and optical sensors which require maximum light transmission and electronic assemblies where visual inspection is necessary