Application of X210CrW12 mold steel in cold stamping mold manufacturing

X210CrW12 mold steel is a kind of tool steel with high carbon, high chromium and high tungsten. It has the following characteristics and applications:

Chemical composition of X210CrW12:

Carbon C: 2.00～2.30

Silicon Si: 0.10～0.40

Manganese Mn: 0.30～0.60

Sulfur S: ≤0.03

Phosphorus P: ≤0.03

Chromium Cr: 11.00～13.00

Tungsten W: 0.60～0.80

X210CrW12 hardness: annealed, 255～207HB

Characteristics: High hardness: X210CrW12 mold steel has excellent hardness, and a high hardness level can be obtained through appropriate heat treatment process, providing excellent cutting performance and wear resistance.

Heat softening resistance: This mold steel is known for its high tungsten content, which gives it good heat softening resistance, that is, it can maintain hardness and strength for a longer period of time under high temperature operating conditions.

Wear resistance: X210CrW12 mold steel has excellent wear resistance, which can extend the service life of the tool and adapt to high friction and high load environments.

High strength and toughness: This type of mold steel has high strength and suitable toughness, and can resist the risk of fracture and cracking when withstanding impact and extrusion forces. Application:

Considering the characteristics of X210CrW12 mold steel, it is widely used in tool manufacturing fields that require high hardness, wear resistance and heat softening resistance.

Common applications include but are not limited to: Cutting tools: such as blades, cutting discs, dies, etc., suitable for metal processing applications with high-intensity cutting and high wear resistance requirements.

Stamping dies: Suitable for manufacturing stamping dies with large impact loads, such as auto parts, home appliances, etc.

Hot work mold: Due to its resistance to heat softening, it is suitable for manufacturing hot work molds that can withstand high temperatures and high thermal loads.