Ideal for use with sensitive electronics and optics, these coatings give off almost no volatile emissions and maintain a stable temperature. They’ve been tested to meet ASTM E595, a low-outgassing standard used by NASA. Originally developed as a coating for spacecrafts, they release internal heat and reflect external heat. Since these coatings are inorganic, you can store them at room temperature. They’ll also last longer on your equipment than organic coatings.

These paint primers fill surface cracks and are sandable for a smooth basecoat. Use them to prepare your surface to extend the life of paint and coatings. Choose gray for light-color topcoats; red for medium-color topcoats; and black for dark topcoats.

Cover stains from smoke, water, and ink to prevent them from bleeding through your topcoat, extending the life of paint and coatings.

Made from silicone rubber, these coatings are more durable than acrylic plastic coatings for roofs and have better resistance to pooling water. They reflect up to 90% of the sun's rays to reduce cooling costs. Coatings are self-leveling and have excellent adhesion to most roof surfaces. They begin to protect against rain in as few as 60 minutes after application. Apply to a dry surface with a squeegee or brush.

No mixing required—these potting compounds come ready to apply. Use them to encase electronic assemblies for protection from dust, moisture, mechanical shock, and vibration. Softer and more flexible than epoxies and urethanes with the widest temperature range, silicone rubber potting compounds are the best choice for high-temperature applications and electronics exposed to thermal cycling. They have good moisture resistance but poor chemical and abrasion resistance. Silicones provide excellent electrical insulation. They're also known as RTV (room-temperature vulcanizing) compounds because they don’t need heat or UV light to cure.

High humidity, harsh chemicals, water submersions, and salt are no match for these electronic coatings. They also resist UV light, so they’ll work outdoors. Use them on circuit boards, sensors, and LED drivers in heavy machinery. They’re thinner than potting compounds, so they flow into the smallest contours of your components to cover them completely.

Thinner than potting compounds, these coatings flow easily into small spaces between electrical components. They require an ultraviolet curing lamp to reach full strength. Use them to secure and insulate hardware on printed circuit boards.

These compounds dry quickly when exposed to UV light allowing you to handle the potted items sooner. Made of silicone rubber, they’re softer and more flexible than epoxy or urethane compounds, so they’re better at protecting against shocks and vibration. They also withstand a wider range of temperatures, so they’re often used with electronics that heat and cool rapidly. These compounds are excellent electrical insulators, and they’ll shield your components from moisture and dust. However, they don’t hold up well to abrasion or chemicals. The tapered nozzle lets you apply them precisely.

These coatings reflect up to 60% of the sun's rays. They also restore and reinforce your roof by forming a water-resistant seal. Apply to a dry surface with a sprayer or brush.

Clear enough to read through, these UV-resistant potting compounds allow optimal light transmission for use with LEDs, solar cells, and fiber optics. Use them to encase electronic assemblies for protection from dust, moisture, mechanical shock, and vibration. Softer and more flexible than epoxies and urethanes with the widest temperature range, these silicone rubber compounds are the best choice for high-temperature applications and electronics exposed to thermal cycling. They have excellent electrical insulation and good moisture resistance but poor chemical and abrasion resistance. Also known as RTV (room-temperature vulcanizing).

These coatings are formulated for use in sensitive applications such as manufacturing semiconductors. Thinner than potting compounds, they flow easily into small spaces between electrical components. The coatings begin to harden when exposed to UV light. Use them to secure and insulate hardware on printed circuit boards. A gun (sold separately) is required to dispense them.

These coatings are formulated for use in sensitive applications such as manufacturing semiconductors. Thinner than potting compounds, the coatings flow easily into small spaces between electrical components. Use them to secure and insulate hardware on printed circuit boards. They are rigid and wear resistant, have excellent chemical and moisture resistance, withstand a wide range of temperatures, and provide excellent electrical insulation. They require a gun and a mixer nozzle (each sold separately) to dispense.

These thermally conductive coatings keep electrical components cool by dissipating heat. Use them to bond transformers, transistors, and other heat-generating components to printed circuit boards and heat sinks. They require a gun (sold separately) to dispense.

Protect circuit boards and other electronics from fire and heat. These self-extinguishing compounds meet UL 94V-0 for flame retardance and withstand temperatures up to nearly 400° F. Use them to shield components from dust, moisture, chemicals, mechanical shock, and vibration. Since they’re epoxies, they won’t break down from chemicals or moisture. They’re also excellent electrical insulators. These compounds have the consistency of honey once they’re mixed, so they seep into crevices to encase intricate components.