Our proprietary metallurgical thermal cycling process precisely sequences thermal gradients, dwell intervals, and cooling profiles to refine metal and composite structures at the grain level, transforming their mechanical properties without changing their chemistry or dimensions. The result is extended service life, improved fatigue resistance, enhanced wear and corrosion resistance, and greater consistency under extreme operational conditions. It goes beyond conventional heat treatment methods such as quenching and tempering, achieving improvements those processes cannot.
The military and industrial implications are significant. Treated running gear on tracked vehicles dramatically improves mean time between failures. Treated gun barrels experience less thermal distortion under rapid fire, improving accuracy and extending barrel life. Treated drive trains run cooler, start easier in arctic conditions, and last longer between overhauls.
The operational urgency is documented and current. In active combat theaters, artillery barrels designed for months of service are burning out in days under sustained fire rates, overwhelming spare parts pipelines and leaving more platforms out of action from parts shortages than from enemy fire.1,2 Our treatment targets exactly the wear mechanisms responsible, with the objective of extending service intervals and keeping more systems in the fight.
Over decades of commercial application, our process has produced observed outcomes including: cutting tool sharpness retained up to 10 times longer; extended drive train and engine overhaul intervals; improved fuel economy and lubricant life; significantly improved cold-start performance in arctic conditions; and enhanced surface finish quality in precision optical applications. Independent before-and-after testing is recommended and welcomed for all defense applications.
- Transforms retained austenite into martensite - increasing hardness, toughness, and wear resistance
- Relieves residual manufacturing stresses - reducing cracking and failure under extreme loads
- Cutting tool sharpness retained up to 10× longer - observed in commercial applications
- Applications: tracked vehicle running gear, gun barrels, drive trains, armor, aerospace, precision tooling
- Also benefits: aluminum, brass, bronze, copper, nylon, rubber, plastics, and composites
- Independent before-and-after testing recommended and welcomed for defense applications
1 Grosswald.org - German Weapons in Ukraine: Barrel Wear and Parts Shortages
2 The War Zone - Ukraine M777 Barrel Demand Exceeds U.S. Production Capacity