On reflection, touch screens are better without

A novel antireflective touch screen material also has antiglare properties to improve the visible light that is reflected in high-light conditions.

In many applications, particularly in daylight conditions, touch screens can be difficult to use because of light reflection.

There has been a move towards antiglare materials on the front of resistive touch screens, and this has helped to reduce the problem.

But now WASP has introduced an antireflective material that also has antiglare properties, which improves the visible light that is reflected in high light conditions, such as sunlight.

The new material has the effect of reducing the reflected light to less than 1% at 550nm frequency.

Typical applications include any high-intensity light conditions, for example, garage forecourts, external retail positions and lighting equipment.

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