>99%
UV Rejection
>90%
IR Rejection
5 Advantages
Extra-Visual Clarity and Wide Width
Full Band UV Blocking
High Performance Thermal Insulation
Protect Furniture From Deterioration & Fading Due To UV Rays
Glass Cracking Splash Resistance & Safety
The Influence of UV Rays
The UV rays in the sunlight has three types: UVA, UVB, and UVC. More than 95% are UVA. UVA has strong penetrating power and is extremely harmful to the skin. If exposed in UVA for a long time, dark spots and skin aging is easy to appear; even carcinogenic in severe cases. Recent researches have shown that long time UV-exposure can cause sunburn and lesions in the eye.
V-UV
UVC
UVB
UVA
No full-band UV protection, Failure to completely block UVA can also cause harm to the human body.
The Influence of IR Rays
The solar radiant heat is the biggest cause of environmental energy consumption, resulting in increased electricity consumption in indoor air conditioners.
The heat radiation caused by IR rays penetrates the skin to the subcutaneous tissue far more than UV rays, making the skin temperature to rise, telangiectasia, congestion, and the evaporation of the epidermis. Therefore, it has an adverse effect characterized by red papules, premature skin aging and pigmentation disorders directly on the skin.
General Glass
Insulation Glass
Global Patent
"UVIR Shielding Film"
We apply professional heat insulation materials for plastic substrates to create a wide width shielding film to solve the film width limitation that can be used for large glass, and to reduce costs. It can achieve UV blocking and high efficiency heat insulation without sacrificing invincible beautiful view.
Structure
Uplus thermal insulation glass is more blocking to UV and IR radiant heat than Low-E glass, with better sound insulation, glass cracking splash resistance and safety characteristics.
Tempered Glass
UVIR Shielding Film
Tempered Glass
Energy-Saving Glass
High Visible Transparency
Visible light transmittance:80%
IR rejection:65%
UV rejection:>99%
No performance waning
Low reflection, low haze
No color deviation with tinted glass
No metal, good mobile communication
High Heat Insulation Transparency
Visible light transmittance:70%
IR rejection:90%
UV rejection:>99%
No performance waning
Low reflection, low haze
No color deviation with tinted glass
No metal, good mobile communication