Developing formulations that pass efficacy tests depends on consistent, high-quality borates. See how U.S. Borax meets your specifications with reliable products.
Discover the trends shaping China’s borosilicate glass industry and learn how refined borates can keep you ahead of the curve, improving both your efficiency and sustainability.
In various borosilicate glassmaking, anhydrous borates (boron species without crystal water) such as
Dehybor bring multifaceted benefits of value-in-use (VIU). One of the most intuitive benefits is reducing glass manufacturers’ energy use.
Finding better ways to reduce waste and save energy are top priorities for many manufacturers. See how refined borates can help you accomplish both objectives.
Before borosilicate glass, many industries struggled with the durability of glass for their application. Discover how the development of borosilicate glass and U.S. Borax’s support shaped modern glassmaking.
Solar power offers exciting potential as a clean and endless energy source. Yet scaling it will require more efficient and durable products for harnessing the sun’s power. Discover how boron helps improve the performance and increase the lifespan of solar energy products.
As we celebrate 150 years of U.S. Borax this year, we’d like to highlight our business in India. Did you know we have been supplying Indian companies with their borates needs for approximately 50 years?
From metallurgy to glassmaking, borates can enhance production environments where refractories play an important role. Borates fight corrosion, act as sintering agents, and help offset harmful emissions.
Look closely, and you’ll find a wide range of applications of borates in automobiles. In fact, auto makers find uses for borates in nearly every part and system. Borates benefit the automotive industry by providing borosilicate glass, flame retardancy, corrosion resistance, and friction resistance.
Heavy industry manufacturers lay the foundations on which we build our modern life. To produce their products efficiently and cost-effectively, they depend on
Dehybor as a consistent, reliable source of boric oxide.