Ultra white float glass is a type of glass product with high transparency and brightness. Its preparation process uses float glass technology, which involves mixing raw materials of glass components and melting them into a glass liquid at high temperature. The glass liquid is then uniformly floated on a tin bath, cooled, and solidified. Compared to ordinary float glass, ultra white float glass is more refined in terms of formulation and preparation process. Controlling the content of iron ions and other impurities, as well as adjusting the refractive index of the glass, are key to ensuring that the glass presents extremely high transparency and a pure white appearance.

application area

Ultra white float glass is widely used in the high-end market due to its crystal like luster and clear brightness, such as interior and exterior decoration of high-end buildings, high-end horticultural buildings, high-end glass furniture, various imitation crystal products, cultural relics protection displays, high-end gold and jewelry displays, high-end shopping malls, shopping center spaces, brand specialty stores, etc. In addition, due to its good light transmittance, it is also applied in technology products such as electronic products, high-end car glass, solar cells and other industries. The glass substrate of the solar photovoltaic power generation system requires the use of ultra white glass, as the transmittance of ultra white glass is above 92%.

technological development

Technological innovation and intelligent manufacturing are important development trends in the ultra white floating glass industry. Production technology continues to improve, and more float glass production lines are introducing Low-E coating technology to enhance energy efficiency and environmental friendliness. At the same time, more automation equipment and robot technology have been introduced in the production process of float glass, improving production efficiency and product consistency.

Green and environmentally friendly

The national emission standards for the glass industry are constantly improving, and enterprises need to increase investment in environmental protection facilities, reduce pollutant emissions, and promote green production. Enterprises reduce energy consumption and emissions during the production process by adopting energy-saving and emission reduction technologies, such as kiln waste heat recovery and low nitrogen combustion technology.

Ultra white floating glass plays an increasingly important role in high-end construction, photovoltaic industry and other fields due to its excellent optical performance and wide application prospects. With the advancement of technology and the growth of market demand, its market size and application scope are expected to further expand.