Fibrance Light Diffusing Fiber

Watch now the synergy of glass and light the synergy of glass and light.

Fibrance light diffusing fiber.

Watch corning s paul then describe a new product called corning fibrance light diffusing fiber. Fibrance tm light diffusing fiber as seen in figure 1. With this fiber designers can add light into a product where and how they want while enhancing the product s overall appeal. Focused on rapidly developing smart integrated lighting products and solutions using corning fibrance light diffusing fiber technology.

This technology enables decorative lighting to be designed or embedded into tight or small places where other bulky lighting elements cannot fit. Mario paniccia ceo of versalume joined corning in its ces2017 glass age booth to showcase how corning fibrance light diffusing fiber is being integrated into various applications such as. Its walls to act as a long and flexible cylindrical diffuser. This glass optical fiber is optimized for thin colorful aesthetic lighting.

Fibrance is a very thin and highly flexible light diffusing fiber for colorful ambient or decorative lighting over long runs. It enables colorful decorative lighting to be designed or embedded to fit into just about any tight or small space. Fibrance is a very thin and flexible light diffusing optical fiber which suitable for long lasting colorful and decorative lighting. This innovative optical fiber was created from a unique glass for maximum flexibility allowing you to bend curve and wrap it around almost anything while maintaining bright beautiful.

Glass and lighting have been a complimentary pair for centuries. As a small flexible glass optical fiber fibrance light d. Corning fibrance light diffusing fiber is a glass optical fiber made for thin colorful aesthetic lighting. Corning fibrance light diffusing fiber goes where bulky lighting elements can t.

By using a laser as a light source it can provide different light emissions and propagates the light as a uniform line. Fibrance is so thin and flexible that it can be embedded in confined spaces where bulkier lighting elements cannot fit.