4mm - 8mm Low E Thermal Insulated Glass For Building Curtain Walls

Quick Detail:

1. Thickness: 4mm+6A/9A/12A+4mm, 5mm+6A/9A/12A+5mm, 6mm+6A/9A/12A+6mm, 8mm+6A/9A/12A+8mm,

2. Maximum Size:2440mm × 3660mm,Minimum Size:250mm × 500mm.

3. Colors: F green, light green, ocean blue, Ford blue, Euro Grey, green blue

4. Applications: residential, hotels, hospitals, schools, libraries, offices, computer rooms, shopping malls, vehicles, boats

4mm-8mm?Low E Thermal Insulated Glass For Building Curtain Walls

Description:

Insulated glass, is made by using two or more panes of glass, separated by an aluminum frame which is filled with desiccants and sealed around all four edges by cement, soldering or welding and lastly filled with dry air or other gases. Production methods of insulated glass include: cementation method, welding and burning-on method noting cementation as the most common production method.

In recent years, the outer glass of double insulating glass is widely used by vacuum sputter coated glass, which is sun control and low-E glass commonly used in indoor applications to control energy consumption to particular target levels.

using a variety of different specifications of high-quality original glass, such as different thicknesses and sizes, colorless transparent glass and tempered, laminated, silk, embossed, colored, heat-reflective coated glass, Low-E coated glass and many other varieties. Can also be made into flat or cambered insulated glass.

Applications:

mainly used for the buildings which require heating, air conditioning, thermal insulation, sound insulation, anti-condensation and other common functions. Widely used in residential, hotels, hospitals, schools, libraries, offices, computer rooms, shopping malls, vehicles, boats and other transport equipment.
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Specifications:

Competitive Advantage:

Good optical properties: A range of optical properties are offered such as different visible light transmittance levels, solar reflectance, absorption rates, and color can customized to meet architectural and performance requirements.

Heat insulation, reducing energy consumption: heat conductivity coefficient of the dry gas inside the insulated glass is low. Therefore, the insulated glass has a good insulation effect which can reduce energy consumption effectively.

Anti-condensation: Since the dry gas layer between the glass layers has good insulating value under normal circumstances, condensation is minimized and prevented.

Perfect sound-proofing performance: Noise levels are reduced to 30 to 40 decibels.

Light weight: With the same insulating effect as common materials like brick and concrete walls, insulated glass can reduce construction loads and simplify the structure of the building.
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Tag:

Insulated glass, LOW-E insulated glass, insulating glass