NNCrystal US Announces New Color-Free, Heavy-Metal Free Nanophosphor Technology
Source/Type:  LIGHTimes Online - News - Staff reports

Author: LIGHTimes News Staff

May 6, 2010... NNCrystal US Corporation will be unveiling new phosphor technology at Lightfair International 2010. The technology is the company's Qshift Coral* and Qshift Lucid* colloidal phosphor. NNCrystal, a wholly owned subsidiary of Hangzhou Najing Technology company, and an exclusive licensee of advanced materials synthesis technology and know-how from NN-Labs LLC, produces colloidal nanocrytals (quantum dots). The company's Qshift Coral technology uses conventional colloidal nanocrystals (quantum dots) to finely tune and precisely control the color of the light output. The company claims that its Qshift Coral technology makes the lighting warmer and improves light quality while reducing its energy consumption for the same lumen output compared with traditional phosphor-based warm white lighting.

The company's other technology Qshift Lucid is a clear, quantum dot-based color converter that is a not have heavy metal. The company says it is alternative for existing rare-earth phosphor materials. The company claims that it offers superior optical performance and greater design flexibility while eliminating the use of toxic materials such as cadmium and mercury.

See the Current Industry News Summary
See this article in its orginal context, with the other current news from the same week


All site format, content and technology copyright 2001-2008 by CompoundSemi Online, Inc.
Subject to recognized fair use copyright standards, reproduction in whole or part, by other than authorized clients, is prohibited. Commercial search engines are authorized for all site links. Links for any other commercial purpose are limited to the home and events pages unless you are a client of Solid State Lighting Net or CompoundSemi Online, Inc. Static links to news articles, suitable for search engines and newsfeeds (attribution required for use in news feeds), can be found at http://www.solidstatelighting.net/lightimes/searcharchive/.