when powered by the blue light from the LED chip

Our novel chemical formulation lowers the concentration of oxygen impurities in the material structure, leading to improved reliability under high temperature and humidity conditions,”LED high bay light, Chief Technology Officer at Intematix. “This design increases light output efficiency and produces longer emission wavelengths when powered by the blue light from the LED chip.”

Red phosphor technology plays a fundamental role enabling high quality LED lighting with high CRI. Due to the high thermal stability of Nitride technology in particular, LEDs may operate at higher temperature, power and light output per unit, lowering the costs of lighting. Compared with other phosphors in the red emission region, LED designers can make LEDs with higher light output efficacy and with CRIs as high as 98 when combined with other phosphors offered by Intematix. Red phosphor also extends the color gamut performance of displays like flat-panel TVs.

Bangalore based M.S. Ramaiah Institute of Technology (MSRIT), one of India’s most  prestigious educational facilities for engineering, has made a complete lighting retrofit to make it a more eco-friendly facility , using eco lighting company Carbon Reduction Technology since June 2011.

There were over eight thousand internal led high bay lighting units were fitted in all classrooms and corridors across the facility plus a range of external LED street lights around the Institute.