Industries

Industries we coat for

Automotive, aerospace, medical and LED assemblies each stress a coating in a different direction, and each arrives with a different specification. What actually changes, sector by sector.

Automated conformal coating line running PCB assemblies during EMS Technologies job work

Automotive electronics

Under-bonnet heat, fuel and fluid exposure, salt spray, condensation cycling and constant vibration — automotive is the environment that finds every weakness in a coating specification.

Typically specified: Polyurethane · Silicone · UV thick-film

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Selective conformal coating applied to a printed circuit board assembly

Aerospace & defence

Wide thermal excursions, low-pressure operation, sustained vibration and a documentation trail that matters as much as the coating itself.

Typically specified: Silicone · Polyurethane · Acrylic

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ELPEGUARD conformal coating applied to an assembled printed circuit board, EMS Technologies

Medical device electronics

Repeated disinfection, sterilisation cycles, body fluids and humidity — against a regulatory expectation that the process is documented as tightly as the product.

Typically specified: Polyurethane · Silicone · Acrylic

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UV curing oven used to cure conformal coated PCB assemblies, EMS Technologies

LED & lighting electronics

Continuous heat at the junction, outdoor humidity and UV exposure, and one requirement the other sectors do not have: the coating must not discolour or dim the light it sits near.

Typically specified: Silicone · Polyurethane · UV thick-film

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Not on this list?

EMS serves general industrial electronics manufacturing on the same terms. The environment specification matters more than the sector label — tell us what the board has to survive.

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