Limestone is a block of stone mined by a limestone crusher in a limestone-crushing plant. Its main component is calcium carbonate (CaCO3), and it also contains clay, dolomite, magnesium carbonate, iron oxide, silicon oxide, and some organic impurities.

 

 

Limestone itself can be used as a raw material in the construction and industrial fields. Limestone can be made into limestone powder after being processed by a limestone crusher and a limestone mill. Limestone powder can be calcined to produce quicklime. Quicklime can be widely used in desulfurization in power plants. After adding water, slaked lime can be obtained. Slaked lime can be mixed to obtain lime slurry and lime paste, which are used as processing materials for coatings and brick and tile adhesives.

 

 

First, large pieces of limestone are evenly fed into the limestone crusher through the silo by a vibrating feeder for primary limestone crushing. Limestone that meets the fineness is sent to the limestone crusher, and limestone that does not meet the fineness is returned to the limestone hammer crusher for re-crushing.

 

 

The limestone ball mill is a horizontal cylindrical rotating device with gear transmission on the outside. It is usually composed of a feeding part, a discharging part, a rotating part, and a transmission part (reduction gear, small transmission gear, motor, and electronic control). The material is fed into the first bin of the mill evenly through the feeding device through the hollow feeding shaft spiral. The bin has a stepped lining or a corrugated lining, which contains steel balls of different specifications. The centrifugal force generated by the rotation of the cylinder brings the steel balls to a certain height and then falls, which has a heavy impact and grinding effect on the material. After the material is roughly ground in the first bin, it enters the second bin through a single-layer partition board. The bin is inlaid with a flat lining board and contains steel balls to further grind the material. The powder is discharged through the discharge grate plate to complete the grinding operation.

 

 

• Wide application range: limestone ball mill can be used to grind a variety of mines and other materials, or select mines, and is widely used in building materials, the chemical industry, and other fields, such as cement, fireproof materials, bauxite, corundum, glass raw materials, building sand, stone, metallurgical slag, etc.

 

• Simple structure and reliable operation: the main structural components of the ball mill are made of excellent materials and have good wear resistance. For example, the hollow shaft is made of cast steel, the lining is replaceable, the rotating large gear is made of cast gear, and the cylinder body is equipped with wear-resistant lining, etc.

 

• Less dust pollution: equipped with a sealed dustproof device, which helps to reduce dust pollution during the production process.

 

• Easy to maintain and replace: the transmission device adopts a hollow shaft and a closed gear structure, which makes it easy to maintain and replace parts.

 

• High production efficiency and low energy consumption: the limestone ball mill has a reasonable structure and a small footprint, which can effectively improve production efficiency and reduce energy consumption.