Production Process and Technology
The manufacturing process of low-emissivity coated float glass primarily consists of the following steps:
Raw Material Melting: raw materials are melted in a high-temperature furnace (exceeding 1000°C) to form molten glass.
Float Glass Forming: the molten glass is floated on a molten tin bath, where it spreads and forms a perfectly flat glass ribbon.
Coating Treatment: the glass undergoes online low-emissivity coating using specialized equipment and proprietary processes.
Cutting and Packaging: after cooling, the glass is precisely cut, rigorously inspected for quality, and packaged for shipment.
Application Areas
Low-emissivity coated float glass is extensively utilized in:
Building Curtain Walls: ultra-clear float glass, known for its high light transmittance and low self-explosion rate, is the material of choice for high-end architectural projects.
Energy-Efficient Windows and Doors: when fabricated into insulating glass units, Low-E glass delivers superior thermal insulation, making it ideal for energy-saving buildings.
Airports and Railway Stations: its exceptional transparency and low iron content make it particularly suitable for large public facilities such as airport terminals and high-speed rail stations.
CVD coated glass production line
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