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Flat Glass Production Line

Flat glass production lines take raw materials through melting, forming, annealing, and cooling before the sheets are ready for further processing. Depending on the application, molten glass can be shaped using the float method or the rolling process. With these lines, we can produce glass sheets in a wide range of sizes and thicknesses, making them suitable for construction, automotive, solar energy, and many other industries.

  • Glass FormingGlass Forming
  • BatchingBatching
  • Melting and DrawingMelting and Drawing
  • Glass RollingGlass Rolling
  • AnnealingAnnealing
  • Cold End Equipment (including glass cutting, conveying, and stacking)Cold End Equipment (including glass cutting, conveying, and stacking)
The glass production systems we offer include
    1. Float Glass Production Line
    2. Float Glass Production Line Float glass production lines melt raw materials and spread the molten glass over a bed of molten tin, creating smooth, uniform sheets. This method is widely used to produce glass for construction, automotive, and electronic applications. The lines can also handle large formats, with sheet sizes up to 5.3 × 4.9 meters. Learn more
    1. Rolled Glass Production Line
    2. Rolled Glass Production Line Rolled glass is made by passing molten glass through rollers that shape it into sheets with specific patterns or textures. This process is commonly used to make solar glass for photovoltaic panels, decorative panels with frosted or embossed surfaces, glass for partitions, BIPV applications, and ultra-clear rolled glass. Learn more
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Bengbu Triumph Engineering Technology Co., Ltd.

The float glass line uses a cutting system that combines blade management and motion control. It works out the best cutting plan in real time based on order details and defect data. Multi-head cutters can handle different glass sizes and switch between cutting bridges when needed, keeping production smooth and stable.

The line uses precise temperature control (±1°C) to keep thickness uniform. The textured surface helps scatter light so solar cells can take in more energy. Thanks to precision rolling, the glass reaches a light transmittance of up to 93.5%.

The electronic glass line uses AI visual inspection to detect defects with 99.5% accuracy. The glass production process is fully automated, reducing manual work and keeping production steady. The production line can also be monitored and optimized remotely through digital twin technology. With these advantages, the line produces ultra-thin electronic glass as thin as 0.12 mm on a stable basis.

Visual inspection systems check the glass in real time and can spot defects such as bubbles or scratches. Smart algorithms cut down on false results, and high-precision sensors keep track of size and thickness. When combined with production data, it ensures the glass meets quality standards and makes it easier to spot problems quickly.

Cold-end equipment measures the length, width, and thickness of each glass sheet without direct contact. The data is captured right after cutting and sent instantly to the control system. This allows deviations to be spotted quickly and keeps quality control accurate and reliable.

The electronic glass line uses an improved float process with sealed rolling technology. This combines the strengths of float and rolled glass, lowering costs and improving forming quality. It can stably produce 0.12 mm ultra-thin electronic glass.

FAQs

The float glass production line includes the melting furnace, tin bath forming, cooling, and cold-end systems. In the melting stage, equipment such as batch chargers, doghouse deep refiner carts, and stirrers are used. The forming stage uses edge-pulling machines in the tin bath. The cooling stage relies on annealing kilns, while the cold end includes conveyors, cutting machines, stackers, line control, and optimization systems.

FAQs

A photovoltaic solar glass production line includes the melting furnace, forming, cooling, and cutting stages. In the melting stage, batch chargers, doghouse feeders, and stirrers are used. In the forming stage, rolling machines shape the glass. During cooling, it goes through annealing kilns, which remove internal stress and make the glass sheets more stable. The cutting line is equipped with conveyors, visual inspection systems, cutting machines, stackers, line control, and optimization systems.

The automatic glass packaging line is capable of handling glass in a wide range of sizes. It can package glass sheets as small as 1600 × 950 mm and as large as 2500 × 1330 mm, giving manufacturers flexibility to work with different product specifications.