Strong Metal Technology Mold New Materials, specializing in the creation of high-end die-casting mold steel, has in-depth cooperation with Daye Special Steel to jointly develop new high-end die-casting mold steel materials, from the source of mold steel quality control to mold heat treatment, vacuum coating, and mold repair. experience of. The research and development of metal mold repair and remanufacturing technology with the Academy of Buddhist Sciences this time has played a key role in reducing costs and improving efficiency for mold application companies.

this post introduces the difference between 201 and 304 stainless steel. Strong Metal's heat treatment equipment are widely used in the stainless steel industry for annealing process of strip coil.

[Outline description] Its most important core component is the furnace liner-a composite corrugated muffle tank. The high-temperature alloy furnace liner we use is 3~5 times longer than the ordinary 310 furnace liner, which greatly saves the cost of use. The ultra-wide 1600MM alloy furnace liner produced can support the annealing of high-end precision stainless steel strips to ensure product quality. Purchasing high-end alloy steel plates to ensure service life and indirect cost savings. Manager Liao also clearly pointed out that the current economic globalization is facing a countercurrent, and the epidemic has a wide-ranging and far-reaching impact. The traditional international economic cycle is significantly weakened or even blocked. Foreign purchases are more likely to be affected by the epidemic, unable to deliver on time, and vulnerable to force majeure. In this case, strengthening the domestic economic cycle will help strengthen the resilience of economic development. It will also help drive the international economic cycle and realize the mutual promotion of domestic and international cycles.

Strong Metal participated in the 6th Heat Treatment Forum in Shenzhen

Stainless steels are generally heat-treated based on the stainless steel type and reasons for carrying out the treatment. Heat treatment methods, such as stress relieving, hardening and annealing, strengthen the ductility and corrosion resistance properties of the metal that is modified during fabrication, or generate hard structures capable of tolerating abrasion and high mechanical stresses.

​Bearing steel ingots are generally subjected to long-term diffusion annealing at a high temperature of 1200 ~ 1250 ℃ to improve carbide segregation. The atmosphere in the furnace should be controlled during hot working, the heating temperature of the billet should not be too high, and the holding time should not be too long to avoid serious decarburization. The final rolling (forging) temperature is usually between 800 and 900 ℃. If it is too high, it is easy to appear coarse network carbides, and if it is too low, it is easy to form rolling (forging) cracks. The finished rolled (forged) material should be quickly cooled to 650°C to prevent cementite from precipitating in a network on the grain boundary. If conditions permit, a controlled rolling process can be used.

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