LED Glass

Date: 4 November 2005
Copyright:
  • www.us.schott.com

Date: 4 November 2005

The use of transparent glass in conducting electricity using LEDs, short for light emitting diodes, is increasing. LED's are approaching the lifespan of standard building materials, making it cost effective to embed them directly in structural components and architectural finishes.

Until recently, LEDs were considered impractical for widespread use in large environments but the technology has improved dramatically. Some years ago LEDs were available in only red and green. Blue LEDs appeared in the 1990s and the array of color broadened a lot. These three primary colors combine to produce an unlimited unlimited variety of effects.



Moreover, LED lighting can be directly controlled, digitally, meaning that there are almost unlimited effects that can be produced, including ocean-like waves of light and colorful rainbow-like patterns.







That's why LEDs are popping up every where in home decorating these days. The power supply to the LEDs is provided via virtually invisible conducting paths on the glass. Since they use few watts, LEDs can be solar or battery powered, which makes them appropriate to situations where uninterruptible power is important.



600450 LED Glass glassonweb.com

See more articles about

Others also read

Implementing quality controls and checkpoints during production and inspecting 100% of the tempering process, guarantees less rejections in the field converting into more profit.
The current paper compares experimental results obtained at different scales (from TAjoints to large scale 914mm by 1524mm) with the predictions of the analytical equations and FEA.
The use of laminated glass with PVB and ionoplast interlayers not only offers improved safety but can also be designed to help mitigate security threats ranging from basic safety to burglary and forced entry resistance and even ballistic protection.
Digitalization of machines requires standardized language for machine communication – and OPC UA is the perfect choice.
Within the large material class “glass”, different types have the amorphous structure as well as the time-dependent glass transformation behavior in common.
This study provides important design guidance to the Photovoltaic (PV) solar panel development efforts using the finite element based computations of the PV module under the mechanical loadings.

FROM INDUSTRY

ARTICLES RELATED PRODUCTS

Diamon-Fusion International, Inc.
EnduroShield
Diamon-Fusion International, Inc.

Add new comment