Skip to main content
added 160 characters in body
Source Link
D.A.S.
  • 147.9k
  • 3
  • 56
  • 190

A standard hot mirror that reflects energy between 750 and 1200 nm can be used for IR energy being conveyed to the LCD panel. In addition, a UV blocker can attenuate energy below 400 nm.

I'm not an expert, however, Abrisa Corp is.

Reduce LCD panel failure from excessive IR and UV light.

http://abrisatechnologies.com/2009/03/reduce-lcd-panel-failure-from-excessive-ir-and-uv-light/

A standard hot mirror that reflects energy between 750 and 1200 nm can be used for IR energy being conveyed to the LCD panel. In addition, a UV blocker can attenuate energy below 400 nm.

I'm not an expert however, Abrisa Corp is.

A standard hot mirror that reflects energy between 750 and 1200 nm can be used for IR energy being conveyed to the LCD panel. In addition, a UV blocker can attenuate energy below 400 nm.

I'm not an expert, however, Abrisa Corp is.

Reduce LCD panel failure from excessive IR and UV light.

http://abrisatechnologies.com/2009/03/reduce-lcd-panel-failure-from-excessive-ir-and-uv-light/

Source Link
D.A.S.
  • 147.9k
  • 3
  • 56
  • 190

A standard hot mirror that reflects energy between 750 and 1200 nm can be used for IR energy being conveyed to the LCD panel. In addition, a UV blocker can attenuate energy below 400 nm.

I'm not an expert however, Abrisa Corp is.