Induction furnaces are gaining ground in the metals industry due to their energy efficiency and lower emissions. Learn how boron in ramming mass formulations strengthens linings, extends furnace life, and supports continuous, reliable production.
Boron nitride is an advanced material with special properties. Produced from refined borates, boron nitride is in demand across industries such as electronics and aerospace. Explore its uses, benefits, and the role of refined borates in its production.
Hollow glass microspheres (HGMs) help manufacturers make lighter products without compromising strength. Learn more about HGMs, including applications and borates’ role in their production.
Boron carbide is one of the hardest materials on earth. It’s extremely strong yet light, making it ideal for high-stakes applications such as nuclear energy and defense. Learn how it’s produced and how refined borates improve boron carbide manufacturing outcomes.
You may never see it, but dielectric glass—produced with boron—helps insulate and protect the modern electronic devices you use every day. Discover where dielectric glass is used and why it matters.
See how boron can be used in cement mixtures for specialized needs ranging from greater setting control to sulfate resistance to nuclear shielding.
Wood is strong, sustainable, versatile—but also flammable. In a new webinar hosted by Pinfa, learn how boron-based fire retardancy solutions offer builders options for enhancing the safety of this versatile, sustainable, and cost-effective construction material.
Cellulose insulation helps construction companies lower both their embodied and operational carbon footprint. See how refined borates improve the safety and durability of cellulose insulation.
The electric vehicle (EV) market is experiencing rapid growth, which increases the need for high-quality boron and lithium sources. Discover how these materials improve the performance of EV batteries and other important components.
Discover borates’ role in nuclear waste vitrification and how borosilicate glass provides a long-term option for containing radioactive materials.