The main principle of glass electric melting furnace

Glass electric melting furnace is also called electric melting furnace, also known as electric melting furnace, when people find that high temperature glass can conduct electricity, electric energy can be used as a heat source to melt glass, that is, glass electric melting furnace to melt glass. The flame cellar began to be replaced by glass electric melting furnaces.

The difference between low borosilicate glass and high borosilicate glass

Low borosilicate glass and high borosilicate glass are different products, and their chemical composition is also very different, but both types of glass belong to the borosilicate glass family, and both have good heat resistance after tempering. Due to its mechanical strength, it has been widely used in various chemical, electrical, petroleum and other pressure vessels as a special viewing mirror for pressure vessels.

Development of water jacket for glass electric melting furnace

With further development, FIC's high-quality electrode water jacket is used in the all-electric melting furnace with a very harsh environment, the water jacket is directly immersed in the glass liquid, and the front end of the water jacket is subjected to a high temperature of more than 1600 °C, however, it is a basic requirement for a water-cooled equipment with excellent performance to work like this.

Chemical reaction in a glass electric melting furnace

As our main machine products for glass processing, the glass electric melting furnace has a pivotal position, so we want to tell you about the relevant knowledge of this glass electric melting furnace today, I hope you can read it carefully.

What are the advantages of borosilicate glass and how it differs from ordinary glass

High borosilicate glass is a special glass material with low expansion rate, high temperature resistance, high hardness, high light transmittance and high chemical stability. Due to its excellent performance, it is widely used in solar energy, chemical and pharmaceutical packaging, electric light sources, craft jewelry and other industries. Its good performance has been widely recognized by all walks of life in the world, especially in the field of solar energy, its application is becoming more and more extensive, and developed regions such as Germany and the United States have also been more widely promoted. The high borosilicate glass fire resistance and physical strength make it ideal for laboratories. It is used in the manufacture of high-durability glass in laboratory equipment, such as beakers and test tubes. Glass cookware is another common usage. The U.S. standard plate is almost entirely made of borosilicate glass. High borosilicate glass measuring cups with scales can be used for measurement and are also widely used in American kitchens. High-quality high borosilicate glass tube processing equipment, high transparency and wear resistance. Wear-resistant, smooth surface, easy to clean, healthy and hygienic. It can be used for solar collector tubes, chemical instruments, dayware and lighting glass. It is characterized by a small coefficient of expansion and is not easy to break under sudden temperature changes of 0-200 degrees; Resistant to acid and alkali, water, corrosion, etc.!  High borosilicate glass, also known as hard glass, uses the properties of glass to conduct electricity at high temperatures. It is heated inside the glass to melt the glass.