Offline/ Online PPG Low e Thermal Panel Insulating Glass

PPG Low e Thermal Panel Insulating Glass

What is it?
Insulating Glass is also called Insulated glass/ Hollow glass/ IGU/Double glazing glass/ Double glazed glass panel/ insulation glass and so on. It consists of two or more pieces of glass sheets and uses sealant gumming and aluminum or steel spacers which are filled with desiccant together. The hollow part is filled with dry air or inert gas with primary and secondary sealants. The double glazing glass usually is used with low e coating so that its energy-saving can be get the best effect. They are widely used for building curtain wall and windows as the functions of soundproof and energy conservation.
 
 PPG Low e Thermal Panel Insulating Glass Performance Features
- Excellent in heat and sound insulation with inert gas;
- Saving energy and environmental protection;
- Eliminating the hoarfrost and dew effect;
- High wind pressure strength;
- Low dampness permeating rate;
- Not easy to be self exploded;
- Difficult to come off for coating layer.
 
 PPG Low e Thermal Panel Insulating Glass Applications
Insulating Glass is widely used for residence, hotel, office building, school, hospital, shopping mall and so on where the place needs air condition. And it also can be used for train, automobile, vessel, cabinet freezer and so on.
- Window and door; 
- Facades and curtain walls;
- Interior partition;
- Refrigerator.
 
 PPG Low e Thermal Panel Insulating Glass Quality Standard
In accordance with EN1279 European insulating glass standard
In accordance with ASTM E2190 American Standard
In accordance with GB/T11944 Chinese Standard Insulating Glass
 
Technical Data

Description of Low E coating

Pilkington Solar-E?
Pilkington introduces another breakthrough in pyrolytic solar control technology with the Pilkington Solar-E? Family of products.
In the world of design it is about aesthetics and choices. In the world of glass it is about delivering high performance, durable coatings faster to the market. Pilkington brings the two worlds together with Pilkington Solar-E? Clear and tints.
Pilkington has added Pilkington Solar-E? On a palette of natural colors - Grey, Blue-Green, Evergreen and Arctic Blue, to accompany Pilkington Solar-E? Clear and our other lines of solar control pyrolytic low-e products. This is in response to the demand for lower solar heat gain, lower reflectivity and glare control.

Applications:

Widely used in building, hotels and glass curtain wall, which is usually processed to tempered reflective glass, laminated reflective glass, insulated reflective glass.

Specifications:
Monolithic Glass Performance Data1, 10


Normal thicknessVisible lightSolar EnergyU-factorSolar heat gain coefficientShading Coefficient
Tran. Ref. %Tran. %Ref. %UV tran. %U. S summerU. S winterEuropean
In. Mm. Outerinner
Pilkington Solar-E? (coating on #2 Surface)
Pilkington Solar-E? Clear1/466089447440.500.653.70.520.61
Pilkington Solar-E? Grey1/463058236130.500.653.70.360.42
Pilkington Solar-E? Blue-Green1/465178296210.500.653.70.410.48
Pilkington Solar-E? Evergreen1/46456920580.500.653.70.340.40
Pilkington Solar-E? Arctic Blue1/463668205130.500.653.70.330.39

Competitive advantage:

Thermal Control: The low-e coating reduces the emissivity of glass and lower the U-Factor.
Solar Control: Pilkington Solar-E? Has the lowest SHGC of any pyrolytic (hard coat) family of products. Low SHGC values can result in significant savings in utility costs.
Color and Surface Uniformity: Available on Clear, Grey, Blue-Green, Evergreen and Arctic Blue, the soft colors make Pilkington Solar-E? Ideal for new construction and replacement glass.
Daylighting: Provides good visible light transmittance, helping to reduce the need for interior lighting.
Reduced Glare: Helps control glare, reducing the need for blinds and shades.
Improved Visibility: Balances low exterior and interior reflectance for better visibility through the glass.

Low UV (ultraviolet) Transmittance:
Reduced UV rays means less fading.
Durability of the Coating: Pyrolytic coated glass can be handled, cut, tempered, bent and fabricated into insulating glass units using standard techniques. It has a virtually unlimited shelf life. It can be single glazed, inventoried locally and edge deletion is not required. It can also have a ceramic frit and silk screen applied to the coated surface. It will not oxidize or change color over time.