1.2419
SKS31 Cold Work Die Steel has high hardenability. Since tungsten forms carbides, this steel has more excess carbides and higher hardness and wear resistance than chromium steel and 9SiCr steel after quenching and low-temperature tempering. In addition, tungsten also helps preserve fine grains, giving the steel better toughness. Therefore, cutting tools made of SKS31 steel have less chipping and can better maintain the shape and size of the blade.Our company providesTool Steel Round Bar SKS31 and SKS31 cold work die steel plate for tool
Cold Work Die Steel O7 is a high-carbon alloy tool steel with good toughness, good tempering stability, and small deformation during heat treatment. Our company provides AISI O7 Steel Round Bar and AISI O7 steel plates
Recommend
AISI H11 (DIN 1.2343) is one of the hot work chromium type tool steels belong to ASTM A681 standard. It has good strength in high temperature, excellent toughness and ductility in all z directions, excellent hardenability, and a high level of thermal shock and thermal fatigue resistance. AISI H11 /1.2343 steel can be deeply hardened by heat treatment and air quenching.
AISI H13 tool steel / 1.2344 is characterized by its high hardness, wear resistance, toughness, and corrosion resistance. AISI H13 steel / 1.2344 can withstand high temperature and high pressure loads. AISI H13 steel / 1.2344 can reduce the tooling wear and improve production efficiency.
DIN 1.2436 cold work die steel is German DIN standard extra high toughness chromium steel. Has extremely high wear resistance and edge retention capabilities. It is a widely used cold work die steel with high strength, good hardenability and good wear resistance, but poor impact toughness.Our company provides DIN 1.2436 steel plates and DIN 1.2436 Cold Work Mold Steel Round Bar
AISI H13 / 1.2344 tool steel is characterized by its high hardness, wear resistance, toughness, and corrosion resistance. AISI H13 / 1.2344 steel can withstand high temperature and high pressure loads. AISI H13 steel /1.2344 can reduce the tooling wear and improve production efficiency.