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Each type of stainless steel has distinct properties that best suit specific applications. For example, the 400 series stainless steels corrode and rust under certain conditions. With a higher carbon content, their martensitic crystalline structure gives end products higher strength and makes them more resistant to wear. For those who need to work with it or otherwise utilize this alloy, understanding what 400 series stainless steel is and what it can do will help find the best stainless steel for the application. (more…)

In the early 20^th century, an engineer working for Union Carbide discovered a high-chromium iron alloy that resisted heat. Born in Canada, Frederick Mark Becket was looking for a way to use silicon rather than carbon as a reduction agent during metal production. His discovery would make practical the use of low-carbon iron allows and certain types of steel, and it became known as stainless steel would resist heat. Yet it was only in the 1980s that conditions became right for their growing use among stainless steel suppliers, as new technological developments made stainless steel with very low carbon levels possible, including weldable grades. (more…)