What Kind of Texture Chose by Glass Reactor Manufacturer? Texture selection is the important link production chain of the glass reactor manufacturer. Here are more: http://www.toption-china.com/glass-reactors-manufacturer/.The well choice of the reactor texture can provide more advanced properties for reactors. As the ideal equipment in plenty industrial fields, this kind of reactor adopts the high borosilicate glass.
High borosilicate glass is also called hard glass which is produced by the advanced manufacturing technique and based on the electric property of glass under the high temperature condition. This specific glass texture has low expansion rate, high strength, high hardness and high transparency and it can keep the steady chemical property under the high temperature condition. Due to the high quality, high borosilicate glass has been widely used in plenty of industrial fields. And the well performance of high borosilicate glass has been accepted by countries on the world. In some developed countries, this kind of glass gets the extensive popularity. The fire resistance and the physical strength make this kind of glass texture become the ideal choice for laboratory reactions. In addition to the reactor we referred above, this kind of glass also be used to make the vitreous equipment with high durability such as beaker and test tube. In the middle of twenty century, this kind of glass texture was adopted in the manufacture of commercial broadcast transmitter. It also is made into vitreous cooker. The pie plate made of high borosilicate glass can be regarded as the standardized plate in America. The measuring glass made of borosilicate glass also has the wide use in American’s kitchen. Some heaters of aquarium also adopt this kind of glass and that is because the high heat resistance of the glass. The advantages and advancements of the high borosilicate glass have been proved with the use
over the years. Using this kind of glass as the texture of reactors can introduce its advantages to the reaction process.