主题：【原创】MCPET的材料特性

日本FURUKAWA的专利产品MCPET主要用于LED或荧光屏等的反光材料,有哪位高手分析一下他们的创新点在哪里?

 
Illuminated box and luminous ceiling

Conventional structure



Increasing brightness by 60% Uneven light output is eliminated



Saving energy by 40% Same level of illuminance is maintained

*Installed upside down for luminous ceiling.


Ceiling light
Using MCPET  Conventional type
Two fluorescent lights can provide the same brightness as three or more conventional fluorescent lights.  Steel panel with white coating is used for the reflector.
 
Saving energy by 30% on embedded lighting system
Furthermore, using an energy-saving fluorescent light can save energy by 70% in total.


Showcase

Increasing illuminance of a showcase


Double-sided signboard

Structure of a thin doublesided light source


Facade Signboard of a Convenience Store
50% to 70% reduction of the energy needed for a conventional facade signboard.
Scaling down to a one-light system saves 50% energy.
Furthermore, when used with an energy-saving fluorescent light, a total energy saving of 70% can be achieved.





Thin Signboard
Structure of thin-type signboard




LED planar light source (backlight and signboard)
Structure of LED planar light source
Reduces uneven light output.
Reduces fluctuations in light output
Thin structure is possible.
The number of LEDs can be reduced if the board is constant in thickness.
Note: Use LEDs with a wide angle of visibility.