Spray Forming HSS, HSS High Speed Steel, Tool Die Steel Suppliers - ZHEJIANG ZENDA ADVANCED MATERIAL TECHNOLOGY CO., LTD

PRODUCTS

M42 1.3247 Spray Forming Powder Metallurgy HSS Tool Steel

1.3377 Spray Forming Powder HSS Tool Steel

ESR M2 1.3343 High Speed Tool Steel

ESR M2 Cobalt High Speed Tool Steel

ESR T1 1.3355 High Speed Tool Steel

ABOUT US

Zhejiang ZENDA Advanced Material Technology Co., Ltd. is located in Huzhen Industrial Park, Jinyun County, Lishui, Zhejiang Province, only 2.5 hours' drive from Wenzhou, Hangzhou, with convenient transportation. The company integrates smelting, spray forming, electroslag remelting, forging, hot rolling, cold drawing treatment and finishing. Relying on the decades of scientific and technological resource reserves and market competitiveness of the parent company Zhejiang Zhengda Mold Co., Ltd., it acquired Zhejiang Yisheng Special Tool Mold Co., Ltd. specializes in the research, development and manufacture of high-performance tool and die steel.

2000

Founding Time
200+

Employee Count
5000㎡

Factory Covered

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OUR TECHNOLOGY

ESR

After electrification, the current passes through the liquid slag to generate resistance heat, and the consumable electrode (initially smelted cast and forged steel ingot) melts into droplets under the action of the resistance heat of the molten slag pool, and the molten steel passes through the slag pool under the action of gravity, A shallow flat metal molten pool is formed, and then gradually solidified under the forced cooling of the water-cooled crystallizer (the molten metal pool and the slag pool move upward continuously), forming a high-quality electroslag ingot.

Spray Forming

The spray forming process is a metallurgical technology that combines the advantages of traditional casting and powder metallurgy. This technology eliminates the problem of macro-segregation of components and has the organizational characteristics of powder metallurgy. 1. The structure is fine and uniform. 2. The spray forming process can tolerate more impurity elements compared with the traditional process. 3. The process is short, the yield is high, and the cost is low. 4. The degree of oxidation is small.

OUR ADVANTAGE