What are the advantages of choosing high borosilicate glass?


Duehigh borosilicate glassThe structure contains boron trioxide, so the thermal expansion coefficient of the glass is low. At the same time, it will not break at high temperatures like ordinary glass. Therefore, many industries choose high borosilicate glass as the production product. What other advantages does it have? This article will tell you through the following snippet.

Since most of the glass on the market is made of petroleum, and due to the characteristics of petroleum, these glasses can only be stacked in landfills, lakes or oceans, and will leave a lot of carbon in the recycling process. Moreover, because high borosilicate glass is made of natural materials rich in petroleum, its special characteristics make it easier to decompose than petroleum and has less impact on the environment.

Maybe you will use products made of plastic or stainless steel to taste pure water, and at the same time you will taste plastic or metallic during the tasting process. At this time, due to the solubility of plastic and steel, it will penetrate into the water over time, but products made of high borosilicate glass can effectively avoid this problem.

Borosilicate glass is ideal for the production of car window glass, substrates, glass wafers and other planar optical components, and is also very suitable for a large number of applications in lighting technology and electronics. For example, as a thermal filter product, it can also be used as a glass substrate for highly reflective dielectric mirror optics.

The difference between borosilicate glass and tempered glass:

  high borosilicate glassIt has excellent thermal shock resistance and low thermal expansion coefficient, and can be used in some special optical applications, such as instrument lenses. Tempered glass is more suitable for passenger cars because its physical properties make it difficult to form fragments when broken. Once tempered, it cannot be cut or physically altered. Both types of glass are stronger than ordinary glass and are more resistant to thermal shock.

Related News


High-borosilicate glass with a stable interior structure

Because the high borosilicate glass has the characteristics of low expansion rate, high temperature resistance and high strength, the glass is roasted at 630℃. so this type of glass is widely used. What are the advantages of high borosilicate glass compared with ordinary glass? Let me introduce to you briefly!


The advantage of high borosilicate glass

Because the low coefficient of thermal expansion, it is not easy for high borosilicate glass to crack under harsh temperature like soda lime glass. Therefore, many industries regard this kind of glass as a good choice for producing products. What other advantages does it have? Let's introduce it to you briefly.


Delta Automatic Feeder System Upgrade

In order to improve the service life of the feeder belt and its frame, and at the same time improve the uniformity of feeding, the Delta version.The YS type feeder is upgraded and adjusted as follows.


The voltage/current measured by the electric meter, pointer meter and multimeter are inconsistent.

Phenomenon: During on-site debugging, such situations often occur: the same voltage and current are inconsistent when measured by different instruments, with deviations as small as 20~30 and as many as 60~70. So which is more accurate in measuring electricity meter, pointer meter or multimeter?


Add fluxing agent or active ingredient to the soda-lime jar

Because of its good chemical stability, bottle glass has no pollution to the contents; because of air tightness and high temperature resistance, a certain mechanical strength and reliable use; because of transparent or colorful and help to improve the grade of goods. Therefore, bottle glass is mainly used for product packaging in food, alcohol, beverage, medicine and other industries.


Furnace pool wall air cooling solution

The air-cooling system of the pool wall of the electric melting furnace may not be of any use in the early stage of the furnace, but it shows its function in the later stage.