Analysis of jaw crusher usage and wear status
We have a large production base of hammer crushers, clinker crushers, and limestone jaw crushers. The “jaw breakers” produced by them have broken the jaw breakers used for materials with high silicon content due to their advantages and high wear resistance. The world problem of wear resistance has made outstanding contributions and achievements in the fields of cement crushing and limestone crushing.
Compared with the general inlaid tungsten titanium alloy jaw crusher, the jaw crusher is mainly developed for limestone with abnormal SiO2. The high manganese steel matrix is embedded and casted with dense and tough tungsten-titanium alloy with hardness second only to diamond, which can resist Severe abrasive wear, optimized matching chemical composition, rare earth modification treatment, niobium and vanadium and other precious elements to strengthen the matrix, vacuum casting, directional solidification technology, greatly refined crystal grains during production, and fundamentally eliminate casting defects, thereby ensuring the toughness and toughness of the jaw fracture.
Hardness and wear resistance are greatly improved. Compared with similar products, it has the advantages of good comprehensive performance, high reliability, strong wear resistance, and low price! The alloy protection block inlaid in the semi-finished product of jaw crusher is cast in high manganese steel. The base body is embedded with tungsten-titanium alloy blocks to strengthen the base body.
Beautiful appearance and high wear resistance. Various types of jaw crushers from 5Kg to 150Kg are produced. The alloy protection block in the worn jaw crusher is still very clear, which allows the jaw crusher to still play a role in crushing materials after being slightly worn.
It is not difficult to see from the scrapped jaw crusher after a long period of wear, the tungsten-titanium alloy protection block is still obvious
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