Increase Profits, Performance, Production
Corrosion Management
and
Asset
Protection
With Cold Shot's Deep Cryogenic Processing or DCT, corrosion can become much less significant when protecting our assets. Cryogenic hardening helps minimize corrosion by reducing the available surface area exposed to oxidation. DCT induces microstructural and mechanical changes which also influence the corrosion dynamics. Cryogenic Treatment of parts is confirmed to reduce exfoliation of the corrosion product layer due to reduced surface cracking induced by residual stress of the microstructure. DCT is also proven to reduce corrosion in high-carbon steel by 20-60% and reduces stress corrosion cracking as a result of Hydrogen Embrittlement.
There are many things the Cryogenic Industry has learned over the years with the help of some very prestigious organizations such as NASA.
Aerospace,
Deep-Marine,
and
Subterranean
Exploration
Aircraft, spacecraft, deep-marine, and other sub surface systems are incredibly complex so specialized equipment is integral to these highly technical industries. Aerospace equipment undergoes enormous stress during take offs and landings, and deep-marine equipment endures extreme pressures from fathoms deep and sustains extreme hardness of different formations. Cryogenic Processing helps materials withstand these forces and reduces malfunctions. For critical components, using only the highest quality materials available, and Deep Cryogenic Treatment, is a winning solution under these conditions.
DCT is also used to strengthen materials in communications systems, guidance systems, and more.
Robotic technology is a part of our lives in untold ways. Robots are used extensively in factories, medicine, military tactics, underwater research, and space exploration. Their sensor and mechanical parts are vital components to their operation. Cryogenically treating these parts has a profound impact on their functioning and produce substantially stronger elements that wear less and perform longer, resulting in extended maintenance schedules and reduced downtime.
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The intellectual capabilities of robotics are advancing exponentially; this is known as Machine Learning (ML) which is the study of computer algorithms. These algorithms are used in a wide variety of applications that all benefit from the improved electrical conductivity that Deep Cryogenic Treatment produces.