What is the difference between ultra clear glass and regular glass?

The way to distinguish ultra-clear glass from ordinary white glass is to look at the cutting surface of the glass, blue in the sunlight is ultra-clear glass, and green is ordinary white glass.

Ultra-clear glass is a kind of ultra-transparent low-iron glass, also known as low-iron glass and high-transparency glass. It is a high-quality, multi-functional new high-grade glass variety, with light transmittance up to above, with crystal clear, high-grade and elegant characteristics, and is known as the "crystal prince" of the glass family.

Advantages of ultra-clear glass:

1. High visible light transmittance and good permeability.

The 6mm thickness glass has a visible light transmittance of more than 91%, which has a crystal-clear quality, making the exhibits clearer and highlighting the true original appearance of the exhibits. Ultraviolet rays should be removed, and ultra-clear glass does not have this feature, and the ultraviolet transmittance is higher than that of ordinary glass.

2. The market is large, the technical content is high, and it has strong profitability.

Ultra-clear glass has relatively high technology content, difficult production control, and strong profitability compared with ordinary glass. The higher quality determines its high quality, the price of ultra-clear glass is 1 2 times that of ordinary glass, the cost is not much higher than ordinary glass, but the technical barriers are relatively high, with high added value.

3. The self-explosion rate of glass is low.

The raw materials of ultra-clear glass generally contain less impurities such as NIS, and the fine control in the melting process of raw materials makes ultra-clear glass have more uniform composition than ordinary glass, and its internal impurities are less, thus greatly reducing the probability of self-explosion after tempering.

4. Color consistency.

The iron content in the raw material is only 1 10 or even lower than that of ordinary glass, and ultra-clear glass absorbs less green band in visible light than ordinary glass, ensuring the consistency of glass color. Ultra-clear glass absorbs less reddish-purple wavelengths in visible light than ordinary glass.

Colorless glass is called white glass, which is a relatively common one and is more common in practical life.

1. Ultra-clear glass has fewer impurities, lower iron content, more transparent, and looks whiter.

2. Ordinary voltaic glass and ultra-white can also be distinguished on the front, after all, the ultra-white transparency rate is much higher, and the thicker it is, the more obvious it is. The transparency of ordinary glass is much lower than that of ultra-clear glass.

3. The application fields of ultra-clear glass and ordinary glass are different. Ordinary glass is only used for general home improvement. In foreign countries, ultra-clear glass is mainly used in the fields of higher buildings, advanced glass processing and solar photovoltaic curtain walls, as well as advanced glass furniture, decorative glass, crystal products, lamp glass, accurate electronic industry (copiers, scanners), special buildings, etc.

4. Compared with ordinary glass, ultra-clear glass will be much more expensive, because its cost is more expensive, and it has not been popularized in China.

The distinction is that there are fewer magazines of ultra-clear glass, lower iron content, more transparent and whiter, ordinary glass is some green due to iron impurities, ordinary glass and ultra-white can also be distinguished on the front, ultra-clear glass has crystal-like luster, clear brightness, ordinary glass is widely used in buildings to insulate wind and light, which is a mixture.

It is mainly reflected in the concentration of impurity ions.

Due to the limitation of raw materials, it is difficult for glass to completely avoid the influence of magazine ions. Such as 2-valent 3-valent iron, etc.

These magazine ions are the main factors that affect the light transmittance of glass.

Ultra-clear glass undergoes a complex removal process to reduce the concentration of impurity ions to the limit.

The light transmission effect of the glass is significantly improved.

The glass raw material used in optical fibers is the high-end application of ultra-clear glass. The transmission loss is very small, ensuring stable communication.

Compared with ordinary glass, the manufacturing cost of ultra-clear glass is also very high, but the application scenario is very high-end.