1.2365 Hot Working Steel is a high-strength, high-hardness, and high-toughness tool steel, mainly used for manufacturing high-strength and high-hardness mold parts, such as injection molds, extrusion molds, and forming molds. This steel has excellent thermal strength, toughness, and hardness, maintaining high hardness and excellent wear resistance at higher temperatures. 1.2365 steel is a hot-work mold steel. Its characteristics include high-temperature strength, wear resistance, and corrosion resistance, with higher wear resistance compared to other tool steels. Additionally, it has good machinability and heat treatment performance. Furthermore, 1.2365 mold steel has good forgeability, hot workability, and machinability, adapting to different processing requirements, with a wide range of applicability. This steel also has excellent corrosion resistance and wear resistance, effectively protecting the mold surface from damage.

In summary, 1.2365 mold steel is an excellent tool steel with a wide range of applications, possessing outstanding mechanical properties and durability, meeting the needs of various mold processing fields. The composition ratio can be appropriately adjusted according to specific application scenarios to meet specific usage requirements. After heat treatment, 1.2365 mold steel can also have hardening elements added, such as tungsten, cobalt, and nickel, to enhance its hardness and wear resistance.

1.2365 mold steel has the following physical properties:

Hardness: In the heat-treated state, the hardness of 1.2365 mold steel can reach 46-52 HRC.

Strength: 1.2365 mold steel has extremely high heat resistance, which enables it to work stably and for a long time at high temperatures.

Toughness: 1.2365 mold steel has good toughness and can still maintain stability under high stress and impact loads.

Corrosion resistance: 1.2365 mold steel has a certain corrosion resistance, which enables it to work in humid and corrosive environments.

Applications of 1.2365 mold steel

1.2365 Hot Working Steel is widely used in fields that require forming under high temperature conditions. Due to its good thermal stability and plasticity, it exhibits excellent performance in forging, extrusion, rolling and other processes.

First, it is often used to manufacture key parts of large mechanical equipment, such as forging dies, gears, bearings, etc., which need to withstand huge pressure in high temperature environments.

Secondly, hot working die steel is widely used in the metallurgical industry to produce hot working tools for metals such as steel, aluminum alloys, such as hot forging dies and die-casting dies.

Finally, in the aerospace and automotive manufacturing industries, 1.2365 hot working steel is used to produce engine components and high-strength structural parts, which need to maintain good performance at high temperatures to ensure safety and durability.

Advantages of Selection 1.2365 mold steel

1. High wear resistance: 1.2365 Hot Working Steel has excellent wear resistance and can maintain long-term stability in high-temperature environments. It is suitable for high-load working conditions and reduces mold wear and replacement frequency.

2. Excellent thermal stability: The steel can still maintain high hardness and strength at high temperatures, is not easy to deform or soften, and is suitable for high-temperature hot processing processes such as forging, casting, and die casting.

3. Good hot processing performance: 1.2365 mold steel has excellent hot processing performance and can be formed at higher temperatures to ensure high precision and consistency of mold parts.

4. Strong toughness: This steel shows good toughness when subjected to high temperature and impact, can effectively prevent brittle fracture, and improve the safety and reliability of the mold.

5. Good corrosion resistance: 1.2365 Hot Working Steel has strong corrosion resistance. When used in harsh environments, it can effectively avoid oxidation and corrosion and extend the service life of the mold.

Conclusion

1.2365 mold steel is a tool steel with excellent performance. It has high strength, high hardness, excellent toughness, good forgeability, and hot working properties. It is widely used in various mold manufacturing and machining fields.

The use of 1.2365 mold steel can bring many advantages, including excellent wear resistance, excellent corrosion resistance, excellent processing performance, and hot working characteristics, which can effectively extend the service life of mold parts and improve work efficiency.

Therefore, it is recommended to use 1.2365 die steel in the field of mold processing and machining to meet diverse processing needs and improve production efficiency and the service life of parts.

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