Flexible Lithium Aluminosilicate Glass For TFT Panel OLED LCD Touch Display Monitor Screen

High Flexibility Lithium Alumino-silicate Glass for TFT panel OLED LCD touch display monitor screen

Lithium Alumino Silicate Glass (CHIYAN-H2) is a newly developed lithium aluminum silicon ultra-thin flat glass for high-end touch displays using float process. Based on the optimized double ion exchange process based on a unique formula, high-pressure stress and deep pressure stress layers are achieved, making the product exhibit extremely strong resistance to falling, punching, scratching and bending strength.

Features:

High Flexibility

Excellent Bending Strength Resistance

Ultra-high Strengthening Stress can be Achieved

Strong Scratch Resistance

High Transmittance

Regular Thickness:

0.3mm~6mm

Application: Widely used in high-end consumer electronics device cover

CHIYAN-H2’s 0.3~6.0mm thickness Lithium alumino silicate glass has already been used in the market to comply with a wide range of customers needs.

Standard Size:1300*1100mm (5th Generation)

Note: The size can be customized according to customer's needs.

Product Composition

Lithium Alumino Silicate Glass achieves better stress and strain depth than ordinary soda-lime glass by increasing the Al₂O₃ content in the glass and increasing the ion exchange capacity.

Chemical Tempering Process Parameter

Note: Tempering solution Na+<0.5%. The above test results are affected by processing conditions, the data is for reference only, not as a basis for production.

Packaging Diagram

Storage conditions: Temperature ≤30℃, humidity ≤65% (no condensation), shelf life is 6 months from the date of delivery.

Payment Terms: 30% deposit. 70% balance before shipping

lithium Alumino-Silicate Glass(CHIYAN-H2) is adopted Float Glass Process.

Float glass is made by heating raw materials—silica sand, limestone, soda ash, and magnesium in a furnace. When melted, it’s then spread out over a sizable bed of molten tin. As it moves along rollers in the annealing oven during a controlled cooling process, this mixture slowly solidifies over the molten tin. From this point, a single, continuous smooth ribbon of glass emerges as below picture showed: