Not all borate products provide the same amount of useable boron. For applications that require consistency in formulation as well as practical economy, refined borates provide a better value than raw mineral borates.
Using borates for wood protection helps builders take advantage of wood’s carbon-reduction properties, cost-effective construction methods, and resilience to meet the housing needs of a growing global population.
U.S. Borax’s mission to improve modern living starts at home. Each year, we provide funds for government and non-profit organizations that are committed to improving our local California communities. If your organization has a project or need, we may be able to help.
Our team began a project to upgrade the ignition system of our furnace’s forehearth burners. The project was such a first-class example of teamwork that it won Rio Tinto’s 2019 Chief Executive Pioneering Excellence Award for Safety.
Manufacturers across industries require suppliers to meet the highest standards for quality control and reliability. The U.S. Borax Quality Lab is part of every step of our production process, ensuring the products you receive perform exactly as you expect.
Glass is an essential product for modern living, and glass manufacturers are working to build a sustainable path for the industry’s future.
Always essential, always multifunctional, borates add strength, resilience, and improved performance to the filters that improve engine efficiency and extend engine life.
Global scientists are looking at all options for solutions to reduce energy consumption and emissions from vehicles. Borates play a vital role in optimizing engine efficiency and providing cleaner vehicle operations.
The search for more environmentally sustainable building materials leads to continuous innovations. Borates provide antipest and antifungal properties that enable more sustainable solutions.
Cross-laminated timber (CLT) is increasingly viewed as a viable, sustainable alternative to steel and concrete in construction. U.S. Borax is helping researchers improve CLT’s resistance to fire, moisture, and insect damage to meet international building codes.