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- #21
What grade of steel are you using for the frame? If one really wanted to go next level, one could fabricate it out of 316L stainless steel, the frame would last forever though distortion management during the welding process would be required.
I'd never use SS or recommend it for a frame regardless of welding parameters. A quick search just starts the flaws using it.
Magnesium chloride (MgCl2) can significantly affect 316 stainless steel by promoting corrosion, particularly through a process called "stress corrosion cracking" when exposed to high chloride concentrations, especially in environments with stress on the metal, leading to potential cracking and failure of the stainless steel component; although 316 stainless steel is considered relatively resistant to chloride corrosion, high concentrations of magnesium chloride can still pose a risk, particularly in harsh conditions like high temperature or prolonged exposure.
Key points about magnesium chloride and 316 stainless steel:
- Corrosion mechanism:
Magnesium chloride can readily penetrate the passive layer on the stainless steel surface, allowing corrosion to occur, especially in the presence of moisture or high humidity. - Stress corrosion cracking (SCC):
This is a major concern with magnesium chloride and 316 stainless steel, where tensile stress combined with chloride ions can lead to localized cracking within the metal. - Environmental factors:
Factors like temperature, concentration of magnesium chloride, and presence of other ions can significantly influence the corrosion rate.