Mineral powder briquette machine is also widely used, second only to briquette machine, so how to improve the working efficiency of mineral powder briquette machine?

 

First of all, let's understand what aspects mineral powder briquette machine is used in:

Mineral powder briquette machine can be used to press coal powder, iron powder, coking coal, aluminum powder, iron filings, iron oxide, carbon powder, carbon powder, slag, gypsum, tailings, sludge, kaolin, activated carbon, coke and other powders, powders, waste materials, waste residues, widely used in refractory materials, power plants, metallurgy, chemical industry, energy, transportation, heating and other industries. The materials formed by the briquette machine are energy-saving and environmentally friendly, easy to transport, and improve the utilization rate of waste materials, with good economic and social benefits.

 

To improve the working performance of mineral powder briquette machine, start with improving the annular reinforcement of the ball socket. The design engineer of mineral powder briquette machine adopts a ball socket with wedge-shaped annular reinforcement on the working surface. The structural size of the annular reinforcement is calculated based on industrial tests on the ball socket. The depth of the ring reinforcement in the mineral powder ball layer is h, and the pressure generated here is equal to the pressure on the surface of the mineral powder ball. Therefore, there is no problem of pressure rise and fall caused by friction of mineral powder particles. The mineral powder ball with grooves has higher strength, which proves that the new ball socket is conducive to increasing the compaction result. Assuming that the compressive strength increment of the mineral powder ball is proportional to the pressure increment generated by the ring reinforcement, it is related to the properties of the mineral powder material, the pressure of the ball press and the ball pressing speed, and considering that the pressure relief conditions of the mineral powder ball in the new ball socket are improved.

 

When selecting other sizes of the ring reinforcement, they should be able to accommodate the maximum mineral powder particles between them, and the effect generated by the side wall should be as large as possible. Actual calculations show that in order to further enhance the compressive strength of the mineral powder ball, the height of the ring reinforcement of the ordinary pillow-type ball socket must reach 3-5mm. Thickening the transverse side edges or using a ball socket with ring reinforcement will form a thickened part with less wear on the transverse side edges, thereby further improving the performance of the stick sleeve and increasing the production efficiency of the mineral powder ball press machine.