What is Stylight?

Stylight is the brightest, longest, biggest and most flexible light and having number of unique applications.Variety of colors, widths and lengths available.

What is the technology used in Stylight?

The special crystal technology used that convert's electrical energy into light by the activation of special crystals by an alternating current. In other words, when the low electrical current passes though the special layer, they become excited and vibrate producing light.

How does Stylight work?

A layer of special crystals is sandwiched between two very thin flexible electrodes. One is opaque and the other is transparent to allow light to escape. When AC current (200 to 2000 Hz) is applied, the material become excited and begin to rapidly charge and discharge, resulting in the emission of light.

How far away can you see this light?

Stylight emits light at a specific wavelength. The light is able to penetrate through fog, smoke, snow, haze and other normally poor visibility conditions. NASA did a study for the Air Force to determine this type of light could be utilized to identify runways and planes. Their planes were able to mark this type of light from distances over 5 miles. The Air Force uses this type of light today on their planes.

Is Stylight similar to fiber optic lamps?

No, fiber optics illuminate from one light source at the end of the lamp. Light passes down the fibers to produce a glow. Stylight is illuminated by thousands of special crystals over the entire surface area versus just one end.

Why should use Stylight compared to older technologies?

Stylight is brighter, long lasting, unique flexible and unmatched by any other technology. It is available in long lengths and has a higher bend radius. It can be utilized indoor or outdoor.

Advanteges of using Stylight instead of led, fiber optics or other light?

  • No maintenance
  • Extremely easy to install
  • Available in multiple colors
  • Interior and exterior applicable
  • No glass to break or gas to escape
  • Generates very little or almost no heat
  • Consumes less power (up to 93% less)
  • Can be mounted conformably on curved surfaces
  • Can be designed to flash selectively or sequentially
  • Thin & flexible, typical thickness of 0.020 in (0.5 mm)