Cryogenic Treatment for Turbochargers

Cryogenic Treatment for Turbochargers

The cryogenic treatment of turbochargers can extend the life and improve the performance of turbo parts made of aluminum, titanium, magnesium, or stainless steel alloys. During this computer-controlled process, the temperature of the turbocharger is gradually reduced to -300° F and then kept at this cryogenic temperature for 24 hours. By promoting the transformation of […]

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Cryogenic Deflashing Media

Cryogenic Deflashing for Plastic Parts

Cryogenic deflashing for plastic parts is an automated batch process that removes mold flash, excess material that affects surface quality and can cause problems with sealing, sealing, and assembly. During  cryogenic deflashing, molded parts are put in a perforated drum, subjected to cryogenic temperatures, and blasted with plastic media. The cryogen, a gaseous nitrogen, embrittles […]

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cryogenic treatment of tool steels

Cryogenic Treatment of Tool Steels

The cryogenic treatment of tool steels reduces the percentage of retained austenite (RA) that remains after heat treatment and increases the amount of martensite. Using a computer-controlled program, cryogenic metal treatment gradually reduces the temperature of tool steels to -300° F and keeps them at this cryogenic temperature for 24 hours. By promoting the transformation […]

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Engines | Cryogenic Metal Treatment for Motorsports | Cryogenic Treatment for Turbochargers

Cryogenic Metal Treatment for Motorsports

Cryogenic treatment of your metal motorsports components can extend parts life and promote performance.  The cryogenic metal treatment process uses a computer-controlled program that gradually reduces the temperature of automotive parts to -300°F and keeps them at this cryogenic temperature for 24 hours.  By doing this, cryogenic metal treatment promotes a transformation of retained austenite […]

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cryogenic treatment

Cryogenic Treatment of Heat Treated Metal: Five Benefits

The cryogenic treatment of heat-treated metal is a one-time, permanent process that helps to eliminate residual stresses in metal components. Residual stress in materials is caused by a variety of things, including the actual formation of the metal, machining or casting, and the heat treatment process itself.  It is thought that after metal is formed […]

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