Carbide precipitation occurs in stainless steel when heated in a certain temperature range, causing carbon to bond with chromium, potentially reducing corrosion resistance at grain boundaries.
Carbide precipitation occurs in stainless steel when heated in a certain temperature range, causing carbon to bond with chromium, potentially reducing corrosion resistance at grain boundaries.
Service | Cookies | Description |
---|---|---|
Google Analytics | _gat_gtag, _ga, _gid | Used to distinguish users and sessions for web statistics purposes. |
Service | Cookies | Description | |
---|---|---|---|
Google Analytics | _gat_gtag, _ga, _gid | Used to distinguish users and sessions for web statistics purposes. |