Light Polymers is now shipping the first of its Healthy Lighting products in the Taiwan market. In a press conference in Neihu today, Light Polymers explained its lyotropic liquid crystal technology which is made and formulated in Taiwan and how it uses its liquid crystals to make Crystallin film to create healthy LED lighting products.

Light Polymers is beginning a US-focused BETA program providing free task lights for review and testing by key journalists, bloggers and other influencers before the upcoming US release this summer. Crystallin human-centric lighting will be available through select channels in Asia this spring and North America this summer.

Light Polymers is announcing a next-generation circular polarizer for OLED displays based on lyotropic liquid crystal technology. Light Polymers’ proprietary nanochemistry creates a circular polarizer at 45 µm, thinner than any competitive offering.

Light Polymers, a nanochemistry startup with R&D operations in Silicon Valley, Taiwan and Korea, has announced that JSR Corporation will join the recent Series B funding round as a strategic partner. JSR Corporation joins the Series B round led by Tsingda International Venture Investments and TEL Venture Capital which closed in June.

Light Polymers, a nanochemistry startup with R&D operations in Silicon Valley, Taiwan and Korea, is debuting their GrowBlade™ flat-panel horticulture lighting at the third annual NYC AgTech Week.

Light Polymers recently announced a patent license-agreement with Cree, a leading innovator of lighting-class LEDs, LED Lighting and power semiconductor solutions. Cree has granted a royalty-bearing, non-exclusive patent license to certain Cree patents for certain LED luminaires. This agreement will allow Light Polymers to apply their proprietary nanochemistry to affordably manufacture luminaires with special photonic films that advance the development of the LED lighting market by enhancing the efficiency and effectiveness of LED lighting products.

LEDs have become a ubiquitous part of our lives, finding their way into our big screen HDTV’s, into our cars, on our streets, at work and in our homes. The global LED lighting market is booming now as LED prices have dropped significantly over the past few years. However, we are on the verge of a 2nd revolution in LED lighting. The next generation of LED optics will deliver LED lighting that is more comfortable, safer, very high quality and digitally connected, all at affordable prices. Light Polymers, a San Francisco-based nanochemistry startup, is eyeing the LED lighting industry with its unique and disruptive proprietary lyotropic materials technology.

Light Polymers revealed the upcoming Crystallin® product line, with spectrum-specific, lyotropic based photonic films. Lyotropic material technology is now being applied to create an advanced photonic film that enables safe, comfortable, high color rendering index (CRI) downlights. Saving 20% to 25% on electricity costs, Crystallin®downlights have less lumen drop and color shift over time versus current LED based downlight offerings.

Light Polymers, a nanochemistry startup with R&D operations in Silicon Valley, Taiwan and Korea, announced today a $5m strategic funding round led by Tsingda International Venture Capital and TEL Venture Capital. The proceeds from the Series B round will be used for strategic projects and a related acquisition that will be announced soon.

Light Polymers, a nanochemistry startup with R&D operations in Silicon Valley, Taiwan and Korea, recently announced a Series A investment of $24.3 million led by a consortium of private investors.

Light Polymers is introducing the world's first liquid-crystal-based remote phosphor flexible film. In LED lighting, a remote phosphor film moves the blue-to-white-light converting phosphor material from the LED itself to the substrate that is located a short distance from the LEDs. This has many benefits in terms of efficiency improvement (20 to 30%), reduced glare, improved reliability and better uniformity of brightness and color reproduction. The new material from Light Polymers offers the same performance benefits, but at much lower cost and the ability to deposit on flexible substrates (current solutions are on rigid substrates).