According to the stress state of the rolling wall workpiece under the actual working conditions, the service characteristics (high-cycle strong impact, friction, extrusion, and shearing), combined with the current domestic use of wear-resistant materials, a series of comparisons Analytical and repeated tests Shandong Shuoyuan Industrial Machinery Co., Ltd. selected high-manganese steels with strong potentials (work hardening ability) under strong impact, friction, extrusion, and shear conditions as the materials for the production of rolling wall workpieces. The surface is bright and smooth, with no casting defects such as sticky sand, sand inclusions, pores, shrinkage holes, and the service life exceeds that of the purchased similar products.
Shandong Shuoyuan Industrial Machinery Co., Ltd. is a high-tech enterprise specializing in R&D, development and manufacturing of wear-resistant materials. It is a professional manufacturer of large grinding and crushing and wear-resisting products in the national power, building materials, papermaking, glass, food, mining, coal, chemical, cement, coking and other industries.
The main products are wear-resistant alloy products, high-temperature heat-resistant steel and wear-resistant alloy fittings around the high-tech industries such as high-speed rail, aerospace and nuclear power in China. The total investment is 150 million yuan, and the investment has been 100 million yuan. . The company has 8 provincial-level scientific research projects and has won a number of provincial science and technology advancements. Step award is the “member of the China Foundry Association”. The company's wear-resistant and heat-resistant products account for more than 60% of the domestic power plants. Ceramic wear-resistant material technology and titanium alloy inlay hammers have applied for national patents. The company adheres to the management tenet of “Founding Excellence, Pursuing Customer First Service-Oriented” and provides high-quality, high-quality products and services to our customers.
