From Laboratory to Kitchen: The Wide Application of High Borosilicate Glass

      High borosilicate glass, with its excellent physical properties, has successfully crossed the boundaries between laboratory and daily life, becoming an indispensable functional material in modern society. This special glass material, with its advantages of high temperature resistance, impact resistance, and chemical stability, is changing our research and lifestyle.

      In the field of scientific research, high borosilicate glass has long been a standard equipment in laboratories. It can withstand drastic temperature changes and maintain stability from below zero temperatures to several hundred degrees high temperatures, making it an ideal choice for experimental vessels such as beakers, test tubes, and culture dishes. In the chemistry laboratory, researchers can confidently conduct various acid-base reactions and heating experiments using high borosilicate glassware; In the biological laboratory, its excellent transparency facilitates the observation of microbial cultivation processes; In the physics laboratory, its low coefficient of expansion ensures the accuracy of experimental data.

      When high borosilicate glass enters the kitchen, it exhibits another charm. In modern households, more and more high-end kitchen utensils are adopting this material. Heat resistant glass cookware can be directly taken out of the refrigerator and heated immediately, solving the problem of traditional kitchen utensils cracking due to temperature differences; The glass fresh-keeping box can be refrigerated and microwave heated, greatly improving the convenience of use; Exquisite glass tea cups are not only aesthetically pleasing but also capable of withstanding direct brewing with boiling water. These products are silently improving our cooking experience and quality of life.

      The application of high borosilicate glass goes far beyond this. In the field of medical devices, it is used to manufacture syringes, medication bottles, etc; In the optical industry, it is the substrate for high-quality lenses; In the field of environmental protection, its corrosion resistance makes it the preferred material for chemical pipelines. With the development of technology, the application boundaries of this “universal glass” are constantly expanding, creating more possibilities for human life.