The alloy hammer of a stone crusher should be replaced under certain conditions:

It serves as a critical component directly affecting the production efficiency of each customer. To enhance its lifespan, it's essential to pay attention to its usage during operations.

Shandong Sanxiang Heavy Industry Co., Ltd.'s high-chromium alloy hammer, produced in the foundry workshop, exhibits excellent impact resistance, abrasion resistance, and better corrosion resistance, resulting in an extended lifespan. It performs exceptionally well in crushing soft rocks like limestone and has gained popularity among customers, becoming a flagship product in the company's crusher parts sales.

During use, the high-chromium alloy hammer of a hammer crusher undergoes erosion and abrasion from materials, bearing the impact force inherent to its operational requirements. Over time, due to these forces, the hammer experiences wear and tear, gradually smoothing its outer surface and edges into a rounded arc.

From a professional perspective, wear on the hammer of a hammer crusher occurs as follows: Initially, when put into production, the hammer's surface and edges have no wear. The hammer primarily endures impact forces from materials hitting its surface, causing deformations and irregularities. However, as wear occurs, the force on the hammer's surface changes. This leads to reversed forces impacting the hammer face and tangential forces exerting cutting effects. This directly reduces the impact force during material crushing, decreasing production efficiency and increasing crushing time.

Therefore, a change in the force application on the hammer or noticeable wear indicates the end of its lifespan and an impending failure. If observed during operations, this should be addressed promptly to minimize such occurrences.

To save on the wear cost of high-chromium alloy hammers, Shandong Sanxiang Heavy Industry Co., Ltd. recommends replacing hammers when wear reaches no more than one-third. At this stage, the hammer behaves like a new one, prolonging its lifespan. Otherwise, increased contact area during material impact accelerates actual wear. When the wear of the high-chromium alloy hammer's wear-resistant steel exceeds its theoretical maximum, timely replacement is necessary to prevent material blockages or plate leaks.

Furthermore, the replacement of hammer crusher hammers should follow proper methods and strategies to avoid unnecessary complications. Timely rotation of hammers is crucial to reduce component wear. The wear of high-chromium alloy hammers has predefined limits, and timely replacement is essential to prevent material blockages.

In summary, Shandong Sanxiang Heavy Industry Co., Ltd.'s hammer crushers come equipped with high-chromium alloy hammers, known for their strong abrasion resistance and low failure rates. Besides regular maintenance, knowing when to replace crusher hammers is crucial for maximizing efficiency. The stone crusher machine company typically provides guidance to clients on how to handle such scenarios.

Remak:Shandong Sanxiang Heavy Industry Co., Ltd.(As a stone crusher plant) specializes in the crusher industry and has achieved notable accomplishments in both soft and hard rock crushing domains. The factory is a stone crusher manufacturer and sopplier from Shandong province China,with the best stone crusher quality and price for you.We can accept the MOQ order as 1 set,and the delivery time is 15days after we confirm customer order.Beginning with the hammer crusher, they have successfully developed a comprehensive range of crushing machinery and equipment, including hydraulic double roll sand-making machines, rod mill sand-making machines, roller (grinding) sand-making machines, jaw crushers, impact crushers, double roll crushers, strong impact crushers, reversible strong impact crushers, mobile crusher station,vibrating feeders, circular vibrating screens, low-oil vibrating screens, triple shaft elliptical screens, and hydraulic cone crushers. The company also offers sales of accessories such as high-chromium alloy hammerheads and wear-resistant leakage plates.