1.5 TPH Pyrophyllite Ultra-fine Grinding Project for Refractory Materials with 380 Mesh
Pyrophyllite, also known as leaf wax stone, has excellent high-temperature resistance, thermal insulation and corrosion resistance, widely used in refractory bricks, ceramic raw materials and metallurgical auxiliary materials. This small-scale pyrophyllite ultra-fine grinding project has an hourly capacity of 1.5 tons, and the finished powder fineness reaches 380 mesh.
Raw pyrophyllite ore is soft in texture with low moisture content, and simple manual impurity removal is carried out before grinding to strip surface dirt and sundries. The production line adopts an ultra-fine vertical grinding mill with low rotating speed and high grinding precision, which retains the original mineral crystal structure of pyrophyllite while refining powder particles. The high-precision classifier screens out unqualified coarse particles and sends them back to the grinding chamber for reprocessing, ensuring uniform particle size distribution of finished powder.
The processed pyrophyllite powder can be made into high-temperature refractory products for industrial kilns and smelting furnaces, and it can also serve as lubricating filler for rubber and plastic products. The whole production process is fully enclosed, equipped with a high-efficiency pulse dust collector to realize zero dust emission.
The equipment runs with low vibration and low noise, and the energy consumption per ton of materials is far lower than that of traditional grinding equipment. This refined pyrophyllite processing project is compact in layout, easy to maintain, and provides high-purity refractory raw materials for high-temperature industrial manufacturing.
Raw pyrophyllite ore is soft in texture with low moisture content, and simple manual impurity removal is carried out before grinding to strip surface dirt and sundries. The production line adopts an ultra-fine vertical grinding mill with low rotating speed and high grinding precision, which retains the original mineral crystal structure of pyrophyllite while refining powder particles. The high-precision classifier screens out unqualified coarse particles and sends them back to the grinding chamber for reprocessing, ensuring uniform particle size distribution of finished powder.
The processed pyrophyllite powder can be made into high-temperature refractory products for industrial kilns and smelting furnaces, and it can also serve as lubricating filler for rubber and plastic products. The whole production process is fully enclosed, equipped with a high-efficiency pulse dust collector to realize zero dust emission.
The equipment runs with low vibration and low noise, and the energy consumption per ton of materials is far lower than that of traditional grinding equipment. This refined pyrophyllite processing project is compact in layout, easy to maintain, and provides high-purity refractory raw materials for high-temperature industrial manufacturing.
