Steel

8407 hot working die steel. Steel with high purity and fine structure obtained by special steelmaking technology and strict quality control, It has excellent machinability and polishing performance, high toughness and plasticity, good high and low temperature wear resistance, high temperature fatigue and heat resistance. 8407 tool steel can be used for die forging hammer forging die, aluminum alloy die casting die, hot extrusion die, high-speed precision forging die and forging press die, etc.

1.3355 high speed steel has good ductility and is used for roughing and finishing tools with medium strength parameters. 1.3355 high speed steel can be used to produce turning tools, chisel tools, turning and planer, milling cutter, drill bit, thread tool, saw blade, planer, small circular saw, reamer, tap and screw cutter processed on automatic machinery.

Y4 steel has high thermal strength and thermal stability, good toughness, thermal conductivity, process performance and good forging performance. Y4 steel is a heat-resistant die steel for making die-casting die. In the environment of use, it should bear high temperature, high pressure and high impact.

D3 steel has good wear resistance and is suitable for making dies and punches with low impact load and high wear resistance, cold shear knives, drill sleeves, gauges, wire drawing dies, etc.

M2 steel is a tungsten molybdenum high-speed steel with good hardness and wear resistance. Mainly used for manufacturing cutting tools for difficult to cut materials. M2 high-speed steel is suitable for molds that can withstand vibration and impact loads: deep drawing molds, stamping molds, metal cutting blades, cold heading and extrusion tools.

As a high-performance hot work die steel, the core highlight of H10 steel lies in its excellent high-temperature strength and thermal fatigue resistance. H10 steel can maintain a hardness of over 85% at a high temperature of 500 ℃ through optimized alloy ratios (such as 3% Cr, 2-3% Mo, and vanadium elements), while also possessing excellent thermal shock resistance and toughness. H10 steel is particularly suitable for harsh working conditions such as aluminum alloy die-casting molds and hot forging molds, significantly extending mold life and reducing maintenance costs.

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.

H14 mold steel is a chromium tungsten hot work die steel, characterized by high temperature resistance, wear resistance, and fatigue resistance. H14 mold steel can maintain its hardness and strength at high temperatures by optimizing its composition and heat treatment process, making it suitable for manufacturing hot work molds such as forging dies and die-casting molds.

1.2842 steel is suitable for manufacturing precision measuring tools, templates, small stamping/cold pressing/carving/cutting molds, and machine tool screws and other structural components. 1.2842 steel is also commonly used to manufacture cold stamping dies and tools with large cross-sections, complex shapes, and heavy working conditions, such as stamping dies, trimming dies, grinding dies, steel plate deep drawing dies, circular saws, standard tools and gauges, rolling dies, etc.

3Cr2W8V steel is a tungsten based hot work die steel, with its core highlights being high heat resistance (hardness still reaches HB300 at 600-650 ℃), excellent wear resistance (tungsten content of 7.5-9% forms high hardness carbides), and good fatigue resistance (outstanding resistance to cold and hot alternating performance). 3Cr2W8V steel is particularly suitable for high-temperature, high stress, and impact free working conditions such as die-casting molds and hot extrusion molds.