YAHAMLighting Shenzhen 2010 will display numerous privately owned, innovative technologies and products. Philips LED lighting solutions - like the Master LED – can replace halide, incandescent and energy-saving lamps. LEDs are preferred to traditional neon lamps in decorative applications because of their smaller carbon footprints, higher brightness, longer life and lower maintenance charge. They also have low pressure capabilities. Philips will also showcase its LED-based AmbiScene Lighting System and a series of uniquely designed, colorful LED lamps for home use.
The street and tunnel lamps from Shanghai Sansi Engineering are based on its wholly owned, unique light distribution design software as well as heat sink technologies. This new innovation has overcome the problems presented by traditional structures with its heat sink and secondary light distribution design. These not only reduce lamp volume and weight, they also improve the heat sink effect, extend the LED’s life and enhance luminous efficiency.
Giesecke & Devrient GmbH will display a new patent LED lamp that uses 95% to 98% of the light energy of LED chips to not only stimulate photon bunching, but also facilitate energy saving and low thermal loss through the conversion of YAG fluorescent power. This in turn extends the radiation scope of LED chips in the photon pipe, resulting in higher brightness.
The street and tunnel lamps from Shanghai Sansi Engineering are based on its wholly owned, unique light distribution design software as well as heat sink technologies. This new innovation has overcome the problems presented by traditional structures with its heat sink and secondary light distribution design. These not only reduce lamp volume and weight, they also improve the heat sink effect, extend the LED’s life and enhance luminous efficiency.
Giesecke & Devrient GmbH will display a new patent LED lamp that uses 95% to 98% of the light energy of LED chips to not only stimulate photon bunching, but also facilitate energy saving and low thermal loss through the conversion of YAG fluorescent power. This in turn extends the radiation scope of LED chips in the photon pipe, resulting in higher brightness.
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