1. PCLsand making machineSimple and reasonable structure, self crushing, ultra-low usage cost.

2. The unique bearing installation and advanced spindle design give this machine the characteristics of heavy load and high-speed rotation.

The PCL series sand making machine has fine and coarse grinding functions.

4. A highly reliable and rigorous safety guarantee device ensures the safety of equipment and personnel.

5. Smooth operation, low working noise, high efficiency and energy saving, and high crushing efficiency.

6. It is less affected by the moisture content of the material, and the moisture content can reach about 8%.

7. The wear and tear of vulnerable parts is low, and all vulnerable parts are made of high-quality wear-resistant materials from both domestic and foreign sources, with a long service life. A small number of easily worn parts are made of extremely hard and wear-resistant materials, with small volume, light weight, and easy replacement of accessories.

8. The internal airflow of the vortex chamber is self circulating, resulting in minimal dust pollution.

9. The self lining of materials in the impeller and vortex crushing chamber significantly reduces the cost of wear parts and maintenance workload. During the production process, the stone material can form a protective layer, and the machine body is wear-resistant and durable.

10. There are various installation methods, including movable installation.

11. The product is cubic in shape, with a high packing density and low iron pollution. Can be used as a stone shaping machine.

Impact typecrusher, commonly known assand making machinePCL series sand making machine, also known as PCL direct impact crusherPCL vertical crusherYes, it isLiming Heavy IndustryExperts have been developing for many yearsmining machineryOn the basis of the equipment, a high-energy and low consumption device with international advanced level has been developed by absorbing advanced technology from similar products of the American company Bamac. It is mainly suitable for crushing and shaping soft, medium hard or extremely hard materials, and plays an irreplaceable role in the fine crushing of various ores and rocks. At present,PCL sand making machineIt has been widely used in the crushing and production of various ores, cement, refractory materials, bauxite clinker, diamond sand, glass raw materials, machine-made construction sand, stone materials, and various metallurgical slag, especially in the crushing of high hard, extra hard, and highly corrosive materials such as silicon carbide, diamond sand, sintered alumina, magnesia, etc., it has superiority over other types of crushers.

PCL seriessand making machineIt consists of seven parts: feed inlet, distributor, vortex crushing chamber, impeller body, spindle assembly, base transmission device, and motor. It adopts the principle of "stone hitting stone" to allow more materials to collide and crush on their own.

The material enters from the feeding hopperPCL sand making machineThe material is divided into two parts by the distributor. One part enters the high-speed rotating impeller from the middle of the distributor and is rapidly accelerated inside the impeller, with an acceleration of hundreds of times that of gravity. Then, it is ejected from the three evenly distributed flow channels of the impeller at a speed of 60-70 meters per second. Firstly, it is crushed by the impact of a part of the material collected from around the distributor, and then it hits the material lining inside the vortex support chamber together. The material lining rebounds and obliquely impacts the top of the vortex chamber, changing its direction of motion and deflects downwards. The material emitted from the impeller flow channel forms a continuous material curtain. Such a piece of material is subjected to two or more probability impacts, friction, and grinding crushing in the vortex crushing chamber, and finally the material that loses weight is discharged from the crushing chamber. During the entire crushing process, the materials collide and crush on their own without direct contact with the metal components. Instead, they collide and rub against the material lining, resulting in crushing. This greatly reduces equipment wear and extends the service life of the machine. In addition, the clever self circulation of airflow inside the vortex chamber also maximizes the elimination of dust pollution.