Sealite Launches Aviation Lighting Division

Sealite is pleased to announce the introduction of their Aviation Lighting Division, specifically designed to service aviation customers in their Light Emitting Diode (LED) based airfield and obstruction lighting requirements

(PRWEB) December 19, 2004 -- Sealite is pleased to announce the introduction of their Aviation Lighting Division, specifically designed to service aviation customers in their Light Emitting Diode (LED) based airfield and obstruction lighting requirements.

Sealite was founded in the marine sector, providing award-winning navigation solutions to withstand tough marine environments. With the introduction of ultra-high intensity LEDs (Light Emitting Diodes), Sealite recognised the advantages of replacing globes with new LED technology. Adopting this new technology allowed Sealite to create a range of products that consume extremely low levels of power, making them ideal for solar energy sources as well as being almost maintenance-free.

The Sealite Aviation range of patented LED (Light Emitting Diode) navigation aids now represent the latest advancements in low-maintenance aviation lighting to meet a wide range of requirements.
The product range encompasses independent solar-powered hazard, airfield and obstruction lights designed to offer years of zero-maintenance service, as well as LED obstruction lights with 12, 24 48, 110 and 240voltage inputs.

Sealite hazard beacons include a series of solar-powered LED beacons capable of years of zero-maintenance service. Sealite airfield lights include taxiway edge lighting, barricade lighting, obstruction lighting, apron edge and helipad edge lighting. The lights provide enormous cost & reliability advantages over traditional lighting, and require no wiring or bulb replacement.

Sealite obstruction lights include compact models used extensively to mark towers throughout Asia, in addition to a series of self-contained Low Intensity Obstruction Lights designed to meet ICAO requirements for towers up to 105 meters.

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