Easy to use intermittent ball mill steel ball design, wet ball mill steel ball which to choose

It mainly produces Forged (hot-rolled) steel balls, wear-resistant steel bars, cast steel balls, steel forgings, lining plates, Hammerheads and other products for cement, metallurgy, mining, thermal power, chemical industry and other industries. With an annual production capacity of 80000 tons, it is one of the large-scale manufacturers of wear-resistant steel balls and rods in China. The products are sold well in more than 20 provinces, cities and autonomous regions in China, and exported to more than 20 regions in Europe, Africa, the Middle East, South America, Southeast Asia and so on. Get the customer's consistent high praise.

What effect does the selection of steel ball material have on the manufacturing process? The manufacturing process of steel ball is the key factor to determine its service life. In addition, if there are cracks on the surface of the steel ball, it will not only reduce the properties of the steel ball, but also reduce the crack on the surface of the steel ball. In the production process of steel ball, it is necessary to determine the reasonable forging, casting and heat treatment process of stainless steel ball for motor. For example, for high chromium cast iron ball, vertical casting should be adopted, external cooling cast iron should be reasonably used, and casting temperature should be strictly controlled so that the steel ball has a good solidification sequence and shrinkage conditions in the casting process, so as to obtain a dense internal structure and reduce the phenomenon of coarse grains.

Bearing steel ball bearing steel ball factory production process is relatively fine, the specification gradually from the British system to the metric system, the grade is expressed by G plus number, generally must be made of high carbon chromium bearing steel. His talent and wear-resistant brother is a little less than that, but he is also the elite of the steel ball family. This is the difference between wear-resistant steel ball and bearing steel ball. In addition to the two main forces of wear-resistant and bearing steel ball, there are many elite soldiers in the steel ball family. According to the production and processing technology, it is divided into grinding steel ball, forging steel ball and casting steel ball. There are so many choices, but the essence is to understand the differences between them.

Stainless steel sphere is divided into two categories: stainless steel soft sealing sphere and stainless steel hard sealing sphere. It is suitable for general working medium such as water, solvent, acid and natural gas. It is mainly used in mechanical parts of bearing, valve and seal refrigeration equipment, and also suitable for medium with bad working conditions. We analyze for you how to prevent the common defects of stainless steel sphere. Stainless steel ball 1. Pay attention not to scratch on the surface. Wash the surface with clean water after washing. If there is dust on the surface and easy to remove dirt, it can be washed with soap weak detergent;

The reason and solution of aluminum ash ball mill material rejection for some aluminum ash ball mill, the actual operation of the mill feed capacity is far from reaching the design capacity, and when the feed volume exceeds a certain limit value, the aluminum ash ball mill will throw out the phenomenon of grinding crushed stones at the outlet, and the throwing amount is still large, which not only increases the power consumption of aluminum ash ball mill, but also increases the labor of personnel strength. 1. If the imported material particles are too large (more than the original design value of 20 mm), too large material particles will bring extra burden to the aluminum ash ball mill, and some super large material particles are not easy to be broken by steel ball, which will lead to the reduction of processing capacity and increase of power consumption of aluminum ash ball mill. Therefore, during the operation, the operator of aluminum ash ball mill should closely monitor the particle size of materials on the feeder. If the particle size exceeds the designed particle size, the feeding should be reduced or stopped immediately, and corresponding measures should be taken to ensure that the feed particle size is qualified.