1.3401 Material chemical Compositions:
- C: 1.05
- Si: 0.48
- Mn: 12.21
- S: 0.012
- P: 0.035
- Ni: 0.06
- Cr: 0.14
1.3401 Material Mechanical properties:
Tensile strength σ B (MPa): ≥ 800
Yield strength σ S (MPa): ≥ 500
Elongation rate δ (%): ≥ 20
Hardness: ≤ 229HB
Heat treatment specifications and metallographic structure:
Heat treatment specification: quenching, 1060~1100 ℃, water-cooled.
1.3401 is a manganese manganese based steel material composed of multiple manganese ores and silica minerals. This material is mainly used for manufacturing high-strength and corrosion-resistant steel components, such as bridges, car bodies, and ship structures.
Manganese is one of the most important elements in steel materials, which can improve the strength, hardness, and wear resistance of steel, while also reducing corrosion and fatigue cracks of steel. Manganese can also improve the corrosion resistance of steel and reduce its fatigue damage.
Manganese ore plays a crucial role in steel production, as different types of manganese ore have different impacts on the quality and performance of steel. High quality manganese ore can provide high manganese content, thereby improving the mechanical properties of steel. Therefore, in the process of steel production, the selection and processing of manganese ore have a crucial impact on the quality and performance of steel.
In addition to manganese, mineral resources of 1.3401 can also be composed of silica and other impurity elements. The presence of these impurity elements has an impact on the chemical composition and quality of steel, therefore, it is necessary to remove unnecessary impurity elements through precise chemical composition analysis during the production process.
1.3401 (X120Mn12) is a very important material in the steel production process. It can be processed and manufactured using different methods, resulting in different performance. In modern society, 1.3401 high manganese steel plate has become one of the main basic materials for manufacturing high-strength and corrosion-resistant structural materials such as automobiles, bridges, and ships.
Overall, 1.3401 high manganese steel is an important steel material widely used in various manufacturing industries. The rational utilization and processing of mineral resources are of great significance for improving material quality, reducing production costs, and improving production efficiency and competitiveness.
