Fcs

9CrWMn steel is a cold work die steel with high hardness, excellent wear resistance, and small quenching deformation, known as "micro deformation steel". 9CrWMn steel is particularly suitable for manufacturing high-precision molds with small cross-sections and complex shapes, such as cold stamping dies, gauges, etc.

NAK80 steel is a pre hardened plastic mold steel with high hardness (HRC37-43), excellent mirror polishing properties, and good electrical discharge machining performance. It is suitable for high-precision injection molds, optical product molds, and other scenarios. The pre hardening characteristics of NAK80 steel can reduce the risk of heat treatment deformation, while also having good weldability and corrosion resistance.

The biggest advantage of 4Cr13 steel is its high hardness, good wear resistance, and good corrosion resistance. 4Cr13 steel is particularly suitable for manufacturing cutting tools, medical devices, molds, and durable parts that require rust prevention.

9Cr18Mo steel, as a high carbon and high chromium martensitic stainless steel, has shown significant value in multiple industrial fields due to its excellent hardness and corrosion resistance, especially in providing the wear resistance required for high-precision cutting tools in tool manufacturing. The addition of molybdenum significantly enhances the corrosion resistance of the material, ensuring its stability in harsh environments. The 9Cr18Mo steel grade can achieve a balance of strength and toughness through optimized heat treatment processes, and is widely used in core components such as bearings, precision molds, and chemical equipment.

1.2083 steel is a high chromium stainless steel with excellent corrosion resistance, high hardness, and wear resistance, as well as good polishing performance. 1.2083 steel is commonly used to manufacture high demand plastic molds and optical components.

1.2358 mold steel has excellent wear resistance and good processing performance, and is widely used in industrial fields such as automotive parts stamping molds, injection mold inserts, precision shear blades, and hot forging molds below 600 ℃ (requiring coating). 1.2358 steel is particularly suitable for high-precision and high load mold manufacturing requirements.

1.2345 steel, as a material for die-casting molds, is suitable for manufacturing high-temperature components of aluminum/magnesium alloys and can extend the life of zinc/copper alloy die-casting molds through surface strengthening processes. In the field of hot processing, its high temperature stability supports the long-term use of titanium alloy extrusion molds and automotive forging hot forging dies. In the application of plastic molds, 1.2345 steel has the ability to withstand high temperature engineering plastic injection molding and optical grade surface treatment, while exhibiting better wear resistance than traditional materials in precision stamping and powder metallurgy fields.

1.2746 steel exhibits excellent versatility in both cold and hot working applications. As a high-quality tool steel, it performs well in cold working molds (stamping, stretching, cold heading) for automotive and electronic manufacturing due to its excellent wear resistance and deformation resistance under high loads. Meanwhile, the excellent high-temperature stability and thermal fatigue resistance of 1.2746 steel make it an ideal choice for hot forging and die-casting molds in the aerospace and home appliance industries, significantly extending the service life of the molds while maintaining accuracy under extreme conditions (up to 400 ° C). This dual capability stems from its optimized alloy composition, which has balanced nickel chromium molybdenum vanadium elements.