Cryogenic Metal Treatment Equipment

300 below supports industry leading research and recognizes prominent research fellows helping to advance the cryogenic processing industry.

Cryogenic metal treatment equipment.

Our proprietary cryo processing optimizes the crystalline structure of steel gray iron aluminum and other metal and plastics. 190 c for 20 to 24 hours before heat tempering takes the temperature up to around 300 f. The metal part is then held at a temperature of around 310 f. Ces designs engineers builds installs and services batch and continuous cryogenic equipment for the metal treatment industry.

The cryogenic treatment of metals for the purpose of increasing wear resistance and permanent stress relief with a single throughout treatment is fast proving itself more than just a fad. Cryoheat metal treatment is a corporation that provides proprietary cryogenic processing to metal objects in san diego california. In the above research example 52100 steel commonly used in ball bearing applications the aisi equivalent of en31 steel is subjected to high resolution microscopy to analyze differences between raw metal metal with heat treatment and separately. Cryogenic treatment is a metal treatment that strengthens and enhances the mechanical characteristics of metal materials by using cryogenic temperatures.

Cryoheat is iso certified and customer satisfaction is guaranteed. Cryogenic effects have been most widely studied in the context of engineering steels where it is used to complete the heat treatment process. This process of freezing metals to a cryogenic state is often referred to as an extension of the heat treatment process. A cryogenic treatment is the process of treating workpieces to cryogenic temperatures i e.

For over thirty years controlled thermal processing inc. In addition to seeking enhanced stress relief and stabilization or wear resistance cryogenic treatment is also sought for its ability to improve corrosion resistance by. In the common heat treat practice the conversion from austenite to martensite is incomplete which results in internal stresses that can weaken the metal and compromise its dimensional stability. This heat tempering stage is critical in reducing any brittleness that may be caused due to the formation of martensite during the cryogenic treatment process.

Arrow cryogenics provides a variety of specialized cryogenic treatment options. Below 190 c 310 f in order to remove residual stresses and improve wear resistance on steels and even composites. By implementing sub zero quenching as an additional stage in the heat treatment process it is possible to reduce internal stress and increase the wear resistance of ferrous steels. Has been a leader in deep cryogenic treatment and thermal processing.