U.S. Borax researchers unlocked a solution for catalyzing sodium perborate to enhance the stain-fighting properties of washing detergent—safely and economically.
Few engineering challenges are as tricky as those that were met during the construction of the Channel Tunnel between England and France. Fortunately, the properties of borosilicate glass provided a solution to one of the most important issues: Lighting.
Boric oxide is widely used in fiberglass formulations because it has remarkable and relevant glass-forming, fluxing, and viscosity-lowering properties. Learn why manufacturers use boric oxide in insulation fiberglass.
Borates are essential in glassmaking for increasing thermal shock resistance, durability, and appearance of finished products. The development of borosilicate glass has had long history.
Ceramics are one of the oldest human technologies—and one that has seen ongoing innovation over the centuries. We work with the global ceramics industry to maximize the benefits imparted by borates.
Vitreous enameling—the fusing of a thin layer of glass to a metal base—is virtually impossible to achieve on large areas unless the glass has a high (up to 25%) boric oxide content. Learn how manufacturers are rediscovering the versatility of this virtuous process.
Legendary comedian and “Tonight Show” host Jay Leno gets behind the wheel of a 240-ton haul truck at U.S. Borax’s mining operation in the January 25 episode of “Jay Leno’s Garage,” which airs Thursdays on CNBC.
For one week each year, a group of students from the University of Utah’s Department of Mining Engineering embark on a journey to Death Valley. With experts from U.S. Borax as their guides, they tap into the area’s rich history of mining and gain real-world experience along the way.
Sustainable development is not about leaving our planet's resources untouched. It is about economic development meeting the needs of the present generation but without undermining the capacity of future generations to meet theirs.
U.S. Borax mining and refining operations have long been extremely thrifty by industrial standards when it comes to the use of water.