The Processor

Deep Cryogenics tempering process uses a delicate PID computer-controlled thermal cycling processor which utilizes liquid nitrogen to treat material down -310ºF at various thermal stages to enhance and improved its material characteristics from 100% to 400% generally.

Researcher have found that material subject to treatment by precisely regulates its rate of temperature, calibrated relative to optimal thermal curve changes and gradually cooling the material down to sub-zero degree (-310°F) followed by an absolute consistency "soaking" for 16 to 24 hours period of time, determine by its material mass volume and properties composition, and then slowly taking it back to room temperature and heating a second phase consists of heating (+350°F, vary to material treated) to relieves any internal stresses before allowing to return at room temperature. The treated material tends to gain substantial improvement in various metallurgy characteristics.

How it Works?

At extreme low thermal environment, material atom moves, transformation of smaller fine carbide lattices molecule bond together and filling otherwise empty space in between larger carbide structure and at the same time, realign and evenly distribute a pure structural balance throughout the mass of the material. Resulting, a material with extreme uniform, refined and dense microstructure with vastly improved properties.
It is also a supplemental treatment that transform all metal austenite (a softer grain structure, retain in heat treatment process which may be as high as 50%, amount depends on the accuracy of its heat treating equipment and operator) to hard martensite (4x harder grain structure to austenite) that makes the component stronger throughout and dramatically enhanced its various metallurgical characteristics for superb performance capabilities possible.

A study performed by the Jazzy Institute in Romania researchers uses a scanning electronics microscope with a microscopic particle counter to document its following transformation on actual structural changes taken place during the cryogenics process.


Before treatment	After treatment

It concluded;

Particulate Reinforcement
Dislocation Modification (absolute consistency evenly realignment and balance of microstructure)
Grain Refinement

For an in-depth studies and evaluation, please read more about the process (link below);

Recommended website :

Metal Wear.com

Is a cold hard fact with many names like; Low Temperature Phenomenal and even Black Magic, that have the Japanese and the American's Universities and Research Institutes in continual studies of its many important benefits in "Cryogenics" on various application.