X120Mn12 high manganese wear-resistant steel plate is a high-quality engineering material that follows international standards, and its manufacturing and application comply with relevant national and international standards, such as ASTM, EN, etc. These standards ensure the consistency of its performance and quality, providing a reliable guarantee for engineering applications.

2. Chemical Composition

The main chemical composition of X120Mn12 high manganese wear-resistant steel plate includes iron (Fe), carbon (C), manganese (Mn) and a small amount of silicon (Si) and phosphorus (P). Among them, the manganese content is as high as about 12%, and the carbon content is also high, which provides excellent wear resistance and toughness. The addition of silicon and phosphorus further enhances the hardness and corrosion resistance of the steel.

3. Mechanical Properties

X120Mn12 high manganese wear-resistant steel plate has excellent mechanical properties, its tensile strength, yield strength and elongation are higher than ordinary steel. Its tensile strength is usually more than 1000MPa, the yield strength is more than 750MPa, and the elongation is more than 20%. In addition, its impact toughness is excellent and can remain intact under extreme shock and vibration conditions.

4. Production Methods

The production of X120Mn12 high manganese wear-resistant steel plate usually adopts electric furnace melting and continuous casting and rolling process. This production method ensures the purity and uniformity of the steel, resulting in excellent mechanical properties. In addition, in order to meet the needs of specific applications, the wear and corrosion resistance of the steel plate can be further improved by adding other alloying elements or performing surface treatment.

5. Heat Treatment State

X120Mn12 high manganese wear-resistant steel plate is usually supplied in an annealed state when leaving the factory to maintain good mechanical properties and processing properties. If necessary, quenching and tempering heat treatment can be performed to adjust its mechanical properties. Through proper heat treatment, the wear resistance and corrosion resistance of the steel plate can be further enhanced.

6. Low Temperature Impact Test

In order to verify the performance of X120Mn12 high manganese wear-resistant steel plate in low temperature environment, low temperature impact test is needed. The test evaluates the toughness and fracture resistance of steel plates at low temperatures by simulating impact loads under extremely cold conditions. X120Mn12 high manganese wear-resistant steel plate shows good toughness and strength in low temperature impact test, ensuring that it can still maintain stable performance in cold environment.

7. Main Application Scenarios

X120Mn12 high manganese wear-resistant steel plate is widely used in various industrial fields that need to withstand high wear and impact. For example, it is used in the manufacture of wear-resistant parts for mining equipment, mill liners for cement production lines, railway switches and crossings, etc. These applications require materials with excellent wear resistance, toughness and corrosion resistance, and X120Mn12 high manganese wear-resistant steel is the ideal choice to meet these needs.

8. TJC-Related Supply Case

As a well-known material supplier, TJC has been providing high quality X120Mn12 high manganese wear-resistant steel to customers all over the world for a long time. For example, TJC supplied X120Mn12 high manganese wear-resistant steel plate to a large mining company for the manufacture of wear-resistant parts for mining equipment. In this case, TJC ensured product quality and delivery time, and provided comprehensive technical support and after-sales service. The mining company expressed satisfaction with TJC's products and services and established a long-term partnership. By selecting TJC as a supplier, the mining company was able to ensure the reliability and durability of its equipment, thereby increasing production efficiency and reducing operating costs.