LMS-S008-CR-MS-1220Y/1500T Martensitic — Cold Rolled Steel
Coatings: Uncoated, Galvanized, Electrogalvanized, Galvannealed, Zinc Magnesium
Material Type
Cold Rolled
Grade
Martensitic
Available Coatings
Standard
Lucid Material Specifications
Lucid Motors material specifications for electric vehicle manufacturing
Yield Strength
1220 MPa
Minimum yield point
Tensile Strength
1500 MPa
Minimum tensile strength
About LMS-S008-CR-MS-1220Y/1500T
LMS-S008-CR-MS-1220Y/1500T is a martensitic grade cold rolled steel conforming to the lucid material specifications. At 1220 MPa minimum yield strength, this is extreme-performance martensitic steel for the most demanding anti-intrusion applications requiring peak load-bearing capacity, with extreme tensile strength for maximum occupant protection performance in the most severe crash scenarios.
As a Martensitic steel, LMS-S008-CR-MS-1220Y/1500T offers a specific combination of strength and formability engineered for advanced automotive manufacturing. The predominantly martensitic microstructure delivers the highest strength levels for anti-intrusion and structural reinforcement.
Ameristeel maintains inventory of LMS-S008-CR-MS-1220Y/1500T in various gauges and widths, available as coils, sheets, or custom blanks. Our ISO 9001:2015 certified processes ensure consistent quality from prototype through production volumes.
Available coating options for LMS-S008-CR-MS-1220Y/1500T include Uncoated, Galvanized, Electrogalvanized, Galvannealed, Zinc Magnesium, providing corrosion protection and surface preparation suited to your manufacturing process requirements.
LMS-S008-CR-MS-1220Y/1500T at 1220 MPa yield and 1500 MPa tensile compares to LMS-S008-CR-MS-1030Y/1300T (190 MPa higher yield at 1030 MPa and 1500 MPa vs 1300 MPa tensile) and LMS-S008-CR-MS-860Y/1100T (360 MPa higher yield at 860 MPa and 1500 MPa vs 1100 MPa tensile). Selecting the right grade depends on the balance between strength requirements and forming complexity for your specific stamping application.
_-_logo_1_-_FF_1769907241609-BzS8xMiq.png)