Main process parameters
Melting Capacity: 50-150 T/D
STN & TFT Glass Products: 0.33–1.1 mm thickness range
Forming Process: Float glass technology
Production Process
Float Glass Process: molten glass is poured onto a molten tin bath, where gravity and surface tension form a flat glass ribbon. Subsequent cooling and cutting yield high-precision glass sheets.
Precision Control: strict regulation of temperature, pressure, flow rates, and composition ensures consistent high quality and uniformity.
Key Characteristics
High Flatness: Ideal for applications requiring extreme precision.
Superior Transparency: High light transmittance for optical and display devices.
Mechanical Strength: Enhanced impact and bend resistance through strengthening treatments.
Chemical Stability: Corrosion-resistant, suitable for harsh environments.
Thermal Stability: Withstands high temperatures for industrial processes.
Applications
Electronic Displays: LCD, OLED panels
Solar Energy: Substrates for solar cells
Optical Devices: Lenses, prisms, and optical components
Industrial Equipment: Precision instruments, laboratory devices
Architectural Glass: High-end curtain walls and decorative elements
Market Outlook
Driven by growth in electronics and renewable energy sectors, demand for industrial electronic float glass continues to rise, particularly in display technologies and solar applications. Future advancements will further expand its usage.
Technological Trends
Ultra-Thin Glass: Decreasing thickness for flexible electronics.
High-Strength Glass: Enhanced durability via chemical strengthening.
Multifunctional Glass: Self-cleaning, anti-reflective, and other smart features.
Electronic glass production line
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