Engineered for superior temperature resistance, corrosion resistance, and toughness Leeta’s tungsten borides redefine performance where tungsten carbide has reached its limit. From downhole mining bits in unforgiving terrain to wear components in heavy machinery, products that face relentless heat, corrosion, and mechanical stress will perform better with Leeta Materials tungsten borides.
For decades, tungsten carbide (WC) has been the workhorse of high-wear applications. But in today’s most extreme environments, WC has reached its performance ceiling. Leeta’s tungsten borides represent the future of high-wear materials combining exceptional hardness, fracture toughness, and tailorability for superior industrial performance.
Expertise in cermets and boride processing leads to next-generation engineered solutions that extend service life, improve reliability, and unlock new capabilities across industries.
Maintains structural integrity well beyond WC’s limits in high-heat applications.
Withstands aggressive chemical and environmental exposure.
Enhances fracture resistance for improved durability in impact-heavy environments.
Reduces downtime and replacement costs through superior wear performance.
Customizable chemistry and microstructure meet your exact application requirements.
Engineered for abrasive, high-impact terrain in oil, gas, and mineral extraction.
Components for mining, construction, and industrial processing exposed to severe wear.
Tools and dies that maintain performance under extreme heat and mechanical load.
Wear-resistant components for mission-critical systems in demanding environments.
High-performance parts designed for corrosive and erosive service conditions.
Tungsten borides manufactured at scale stand ready to replace tungsten carbides in the toughest applications. Leeta partners with customers to design solutions that meet pioneering performance targets.