Cryogenics 101(Lea en español)
Deep cryogenic treating is a one-time, homogenous process that permanently and dramatically improves the performance and useful life of metals in everything from brake rotors and performance engines to machine tools and gun barrels. Using a proprietary computer-controlled process, the metal is cooled slowly to deep cryogenic temperatures (-300°F), and slowly returned to room temperature, then heat-tempered as the final step. Computer technology allows the regulation of temperatures to 1 degree, accurately manipulating the Cryo treatment in accordance with the mass of the part it is being applied to.
Although not apparent to the naked eye, the improvements to the metal are significant. Deep cryogenic processing creates dramatic increases in abrasive wear resistance and durability. The increases in tensile strength, toughness and stability couple with the release of internal residual stresses.
How the Process Works
Deep cryogenic processing permanently refines the grain structure of metals at the atomic level. This creates metallurgically improved and stabilized rotors that have a more dense, smoother structure. As a result, you reduce heat and wear on brake rotors and pads.
Applications of Cryogenic Processing
Brake rotors, performance engines, transmissions, gun barrels, cutting and machine tools, stabilizing ferrous and non-ferrous metals.