What is the Chinese name of DC53, and what material is DC53 equivalent to in China

Mondo Education Updated on 2024-01-31

1. What is the Chinese name of DC53?

1. DC53 is also called PD613 die steel, DC53 is a new type of cold work die steel improved by SKD11, and its technical specifications are contained in the Japanese Industrial Standard (JIS) G4404. It overcomes the weakness of SKD11 in high temperature tempering hardness and toughness, and will fully replace SKD11 in the field of general and precision molds.

2. DC53 is a medium carbon steel with 0% carbon content, commonly known as CR8Mo2VSI, which has good wear resistance and chipping resistance. DC53 was originally a Japanese Daido die steel variety, and due to its high market popularity, it has still become synonymous with the industry. DC53 is a high-strength and high-toughness cold work die steel.

3. What is the Chinese name of DC53?DC53 corresponds to the same composition as the domestic CR8Mo1VSI. , K34DC53 has good hardenability.

4. What is the Chinese name of DC53?The domestic name is CR8MO2VSI, of course, the names produced by other manufacturers are also different, the original brand of DC53 of Fushun Special Steel is FS353, and the industry is generally called DC53.

Second, DC53, DC53 is equivalent to what material in China

1. From the above**, it can be seen that DC53 is equivalent to domestic CR8MO1VSI die steel, so what is the material of CR8MO1VSI, why are you rarely heard of it?Let's take a brief introduction to the CR8MO1VSI material.

2. What is the material of DC53 DC53 is equivalent to what material is DC53 die steel in China, which is a high-quality imported cold work die steel, and its excellent performance has been sought after by designers in the tool and die industry. Because of this, the main components of DC53 have been copied and produced by various countries.

3. DC53 is made of cold work die steel. DC53 is a kind of cold work die steel, in fact, the heat treatment hardness and toughness of DC53 are higher than SKD11, and the huge carbide size of DS53 has improved to less than one-third of SKD11, and the temperature of DC53 is lower than that of SKD11 after preheating or postheating.

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