Discover how to choose the best stainless steel grade based on your environment, performance needs, and application requirements.

Figure 1 - illustrates the temperature at which pitting corrosion is likely to occur This graph is based on a conventional ferric chloride laboratory test. A protective oxide layer present on the ...

stainless steel exhibits excellent corrosion resistance, but pitting can occur when it comes in contact with chloride ions.” ...

Chloride — The 800 Pound Gorilla ... will penetrate and disrupt the protective oxide layer on stainless steel to induce localized corrosion, i.e., pitting. Figure 3. Pitting corrosion.

Stainless steels with clean surfaces achieve excellent corrosion resistance ... tools that have already been used on mild steel Contamination from grinding dust produced by using power tools Chloride ...

However, stainless steel has its own Achilles heel: Chlorides can cause pitting, and chloride and caustic have, in some cases, led to stress corrosion cracking (SCC). Typically, these chemicals ...

"With 'Pitting Corrosion', the passive layer on stainless steel can be attacked by certain chemicals in a high solidity area," said Mr. Daswani. "Located next to the sea, the GCC is a high solidity ...

Stainless steel 316L is a ... uncover their role in the corrosion process in a simulated ocean environment, finding they created discontinuities and allowed the chloride-rich water to penetrate ...

What's the best way to combat corrosion caused by aggressive ... "Any new calcium chloride equipment we get is now stainless steel, including the subframe, but I still coat anything I can that ...

Once the chloride ions reach the steel, they break down the protective oxide layer, leading to corrosion. The rust formed from this corrosion expands, causing internal pressure that can crack and ...