Application of borosilicate glass
[China Glass Network] is widely used The refractory properties and physical strength of borosilicate glass make it ideal for use in laboratories, and it is used in the manufacture of laboratory equipment such as beakers and test tubes with high durability. In addition, the small exposure of the borosilicate glass allows the volume of the borosilicate heat-resistant container to provide an accurate measurement over time. In the mid-20th century borosilicate glass tube tube coolant was used (usually distilled water) through high-power vacuum tube-based electronic devices, such as commercial broadcast transmitters. Glass cookware is another common usage, and a borosilicate glass pie plate is almost an American standard plate. The borosilicate glass measuring cups are marked with a mark indicating the graduation measurement and are also widely used in American kitchens. Aquarium heaters are sometimes out of borosilicate glass. Due to its high heat resistance, it can tolerate a large difference in temperature between water and nichrome heating elements. Many high quality flashlights use borosilicate glass for the lens. This allows for a higher ratio of light transmission through the lens than plastic and low quality glass. Professional lighters and pipes are made of borosilicate glass. The high heat resistance allows the tube to be tolerated for a longer period of time, and these pipes are also more durable. Most premanufactured glass guitar slides also make borosilicate glass. The new brushing technology enables the application of glass balls and other contemporary art. The modern glass art movement, driven by the rapid development of borosilicate glass in the Northstar color palette in the 1980s and 1990s, is primarily to provide economic growth for a wide range of borosilicate glass suppliers. Boron is commonly used in the form of brushed glass blown and the artist has created a range of products ranging from jewelry to kitchenware to sculpture as well as art 70955. Borosilicate glass is sometimes used in high quality beverage glassware. Borosilicate glass lends durability to kitchen utensils and glassware with microwave and dishwasher compatibility. Most astronomical telescope mirror assemblies are made of glass because of its thermal expansion coefficient with low borosilicate glass. This makes very accurate optical surfaces that can vary very little with temperature, and matches the glass mirror assembly, "tracking" the temperature changes and retaining the characteristics of the optical system. The more common optical glass lens manufacturing tools use SCHOTT Shoal-7 (or equivalent from other manufacturers), a very fine borosilicate glass crown. It is also designated as the 1.517 refractive index and the Abbe number 64.2 after 517642 glass. Other more expensive borosilicate glasses, such as SCHOTT B270 or equivalent, can be used to make "crown glass" spectacle lenses. The cost of ordinary low borosilicate glass, which is used to make kitchen utensils, and even reflective telescope mirrors, cannot be used to cope with the low-grade, high-quality lenses of this glass type due to stripes and inclusions. Borosilicate is also a material for selecting vacuum tube solar thermal utilization technology due to its high strength and heat resistance. Borosilicate glass has also been found to be a well-known microelectromechanical system for micromechanical devices, developing a portion of the etched wafer stack for bonded etching of borosilicate glass in the semiconductor industry. The insulation tiles on the space shuttle are coated with borosilicate glass. Lighting manufacturers use their refractive borosilicate glass. Its main performance indicators have reached the international ISO standard, with the United States Corning's 7740 material, the German Schott company's 50 material is the same seed material. Compared with common glass, it has no toxic side effects, its mechanical properties, thermal stability, water resistance, alkali resistance, acid resistance and other properties are greatly improved, and can be widely used in various fields such as chemical industry, aerospace, military, family, hospital, etc. It is a new revolution in the basic materials industry, which has been widely used in China for the production of lamps, tableware, standard plates, telescopes, washing machine observation holes, microwave ovens, solar water heaters and other products. Solar water heaters, the main materials of vacuum collectors, mainly use their good light transmission, good mechanical properties and good impact resistance. Some manufacturers use low-iron glass, etc., the above performance is lacking, and the weight and appearance are different from high borosilicate. (The color is dark and light. Generally used by small manufacturers)
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