Conformal Coating (CC-UV100 / CC-PU100)
Description
Key Points:-
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Advanced dielectric conformal coatings available in UV-curable (CC-UV100) and polyurethane-based (CC-PU100) chemistry platforms to protect PCBAs in aggressive service environments.
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Forms a durable, uniform barrier against moisture, salt spray, industrial chemicals, dust, fungi, and atmospheric pollutants to prevent short circuits, dendrite growth, and metal corrosion.
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Maintains structural elasticity and dielectric breakdown strength across extreme thermal cycling from $-50^\circ\text{C}$ to $+200^\circ\text{C}$ without film cracking.
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Optimized viscosity profile supports high-speed selective automated liquid spraying, manual brushing, dipping, and automated flow/dispensing lines without sagging or bubble retention.
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Engineered for automotive electronics, industrial control modules, and outdoor IoT equipment requiring long-term reliability.
The CC-UV100 and CC-PU100 Conformal Coating series offers advanced dielectric protection for printed circuit board assemblies operating in aggressive service environments. Available in UV-curable (CC-UV100) and polyurethane-based (CC-PU100) chemistry platforms, these coatings form a durable, uniform barrier against moisture, salt spray, industrial chemicals, dust, and thermal cycling. They prevent short circuits, dendrite growth, and metal corrosion on high-density PCBA layouts.
These coatings support high-speed automated selective spray, brush, flow, and dip application methods, maintaining consistent wet film thickness without sagging or bubble retention. They remain flexible across continuous operating temperatures ranging from $-50^\circ\text{C}$ to $+200^\circ\text{C}$, preventing film cracking during rapid thermal shocks. These coatings are widely applied across automotive electronics, industrial control modules, and outdoor IoT equipment.
Features
Featuring a broad thermal operating range from -50°C up to +200°C, this material maintains its structural elasticity and dielectric breakdown strength across extreme temperature swings. Its optimized viscosity profile supports versatile application methods, including selective automated liquid spraying, manual brushing, dipping, and automated dispensing lines. Furthermore, it forms a robust environmental barrier that provides superior protection against moisture ingress, salt fog corrosion, chemical solvents, fungi, and atmospheric pollutants.
