Currently, the crusher manufacturing industry in China has a broad market, encompassing various industries such as chemical, mining, construction, water conservancy, metallurgy, coal mining, glass, etc. The efficiency of a project depends greatly on the service life of the stone crusher, which is why our company uses high chromium cast iron and low coercive force materials to increase the life of the crusher products in order to meet the growing demands of mining machinery manufacturers.
The jaw crusher is a widely used machine in various industries, including chemical, mining, construction, water conservancy, metallurgy, coal mining, and glass. The efficiency of the project is determined by the service life of the crusher, and with the increasing market demand for mining machinery manufacturers, our company uses a composite technology that combines high-chromium cast iron and low-magic material to improve the wear resistance of the jaw plate. The jaw plates are mainly used for crushing medium-hard materials, and their life is 2.5 times longer than that of high-manganese steel jaw plates.
For impact crusher spare parts, we use high-chromium cast iron and controlled solidification techniques in the casting process, along with compound modifiers to modify, refine, and improve toughness, morphology, and distribution of carbides. We also use an optimal heat treatment process that results in high hardness, toughness, and great impact resistance. Our company has developed a large impact crusher flat hammer for use in the gravel area that improves the utilization ratio of equipment, as tested by users.
Our company has spent ten years researching and developing various cone crusher liners, including crushing wall and concave, which are made using modified high-manganese steel to reduce wear due to changes in the crusher’s cavity. Compared to traditional materials, the life of these liners can be increased by 20% to 35%, and they are cheaper than imported spare parts.
The hammer of composite crusher uses low alloy, high strength, and high toughness for the handle and wear-resistant materials for the hammer. We combine the advantages of the two materials using composite technology to expand the application scope of high wear-resistant materials and increase the working life.
The spare parts of the hammer crusher commonly used in the cement industry are made of vanadium-molybdenum alloy, which is highly wear-resistant due to refinement, small columnar grain, and spherical carbide, resulting in further optimization of performance.