Electroceramescent Technology
Lighting for the 21st Century
Electroceramescent lighting is the latest breakthrough in solid state lighting technology. It offers thin, durable, and energy efficient lighting with unlimited application potential in versatility for all indirect and backlit designs without generating any heat. Electroceramescent panels also eliminate concerns relating to: costly maintenance, high operating costs, structural design limitations, unsightly "hot spots", adverse operating environments, and constrictive space requirements.
Electroceramescent lamps are harmonious to both the night skies and our fragile environment. The flat design prevents unwanted light pollution. The non-radiant and multi-point light properties eliminate glare and light pollution. Their ultra efficiency and extreme longevity saves operational energy, as well as energy associated with manufacturing replacement parts.
Electroceramescent technology distinguishes itself from conventional lighting by its method of producing light. Conventional lamps obtain their light as a byproduct of electricity being converted into heat at a single point-source. By comparison, electroceramescent lamps generate light through a direct energy-to-light conversion process — a process in which no measurable heat is generated, a large area is evenly lit, and virtually all electrical energy is converted to light.
The ultimate in solid-state, low-profile backlighting, electroceramescent lamps can be easily tailored to any design requirement. Their steel construction allows for complete versatility for design-build applications.
Advantages to Electoceramescent Lighting-
- Environmentally friendly
- Reduced light pollution
- Energy conservation
- Cold light source * no infra-red = no insects High visibility
- No glare or halo effect in adverse weather
- 40º F to 190º F temperature range - light panel only
