Ultra-thin/ultra-clear/normal float glass
Ultra-thin/ultra-clear/normal float glass
Ultra-thin/ultra-clear/normal float glass
Ultra-thin/ultra-clear/normal float glass
Ultra-thin/ultra-clear/normal float glass
Ultra-thin/ultra-clear/normal float glass
Ultra-thin/ultra-clear/normal float glass
Ultra-thin/ultra-clear/normal float glass
Ultra-thin/ultra-clear/normal float glass
Ultra-thin/ultra-clear/normal float glass
Ultra-thin/ultra-clear/normal float glass
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  • Ultra-thin/ultra-clear/normal float glass
  • Ultra-thin/ultra-clear/normal float glass
  • Ultra-thin/ultra-clear/normal float glass
  • Ultra-thin/ultra-clear/normal float glass
  • Ultra-thin/ultra-clear/normal float glass
  • Ultra-thin/ultra-clear/normal float glass
  • Ultra-thin/ultra-clear/normal float glass
  • Ultra-thin/ultra-clear/normal float glass
  • Ultra-thin/ultra-clear/normal float glass
  • Ultra-thin/ultra-clear/normal float glass
  • Ultra-thin/ultra-clear/normal float glass

Ultra-thin float glass Main process parameters of ultra-thin float glass
Melting capacity: 30-1000T/D
Variety and specification: 0.33~19mm  3660x9000


Features
High transparency: Ultra-thin float glass has excellent optical properties and a high light transmittance.
High flatness: The surface is extremely smooth, making it suitable for high-precision display and optical applications.
Thin and light: Extremely thin in thickness, light in weight, easy to process and transport.
High strength: Despite being thin, it still retains high mechanical strength after strengthening treatment.


Application Fields
Display Technology: Substrates for displays including LCD (Liquid Crystal Displays) and OLED (Organic Light-Emitting Diodes).
Touch Screens: Base material for touchscreens in smartphones, tablets, and similar devices.
Optical Devices: Lens components for optical instruments such as camera lenses and microscopes.
Solar Cells: Substrates for thin-film solar cells.
Architecture & Decoration: Used for interior and exterior decorations of high-end buildings, such as curtain walls and partitions.


Production Process
Melting: Raw materials (such as quartz sand, soda ash, limestone, etc.) are melted at high temperatures.
Float Forming: Molten glass is poured into a tin bath, where it spreads out on the surface of the molten tin and cools down.
Annealing: The formed glass ribbon is slowly cooled to eliminate internal stresses.
Cutting and Processing: The glass ribbon is cut into the required size according to needs, and further processed (such as tempering, coating, etc.).


Development Trends
Driven by growing demand for thinner electronic devices and higher-resolution displays, the market for ultra-thin float glass continues to expand. Future advancements will focus on enhancing production technologies to achieve thinner, stronger, and more transparent glass solutions.