Glass production process - pull-down method

In the field of electronic information, there are increasingly requirements for the thickness and performance of glass materials. Among them, 1.1 mm ultra-thin flat glass has attracted widespread attention in the market due to its lightweight and good light transmittance. However, manufacturing this ultra-thin flat glass is not an easy task and requires exquisite Imageworkmanship.

2. Overflow pull-down method
The overflow pull-down method differs from the traditional pull-down method. In this process, molten glass is introduced into a combined pipe resembling a rain gutter, after which the liquid glass overflows from the tube and re-fuses at the lower end of the tube, resulting in a continuous fabrication of slab glass.
A very flat glass surface is created because the part of the glass that comes into contact with the tube wall forms the central thick part of the glass plate, while the surface is in direct contact with the air. This process is particularly suitable for the production of ultra-thin alkali-free flat glass required in the field of electronic information.
With a daily production capacity of 5-20 tons, it can produce glass products of different thicknesses.
This method mainly produces ultra-thin alkali-free flat glass for electronic information.
The production capacity of the overflow pull-down method is 5~20t/d, which can produce ultra-thin flat glass with a thickness of 0.03~1.1mm.
The glass produced by the pull-down method is mostly used in the display and high-tech fields.