Description
Detailed introduction of the mud-stone separator:
Working principle
The motor drives the linkage shaft of the multi-stage device to perform regular turning motion, and the disc configured on the roller is used to push the material forward.
The roller rotates through the gear-driven wheel chain transmission, and its rotation direction is consistent with the flow direction of the raw material. There is a gap between the shafts to determine the size of the separated material.
The irregular wear-resistant device embedded in the shaft lifts the large-size material to move forward. Since the screen shaft is designed according to different running directions, the material runs in different running speed areas. When it meets at a certain place on the screen surface, it starts to operate axially, so that the material is evenly distributed on the screen surface, and the small particle material falls to the bottom of the separator and is sent out by the belt conveyor.
Structural features
Chain drive system: chain drive is adopted, with simple structure, long service life and easy maintenance. The special wear-resistant sprocket and tension chain design improves the stability of operation1.
Modular design: The appropriate number of modules can be selected according to customer requirements to meet a variety of different production needs1. Disc screen surface: The screen surface is composed of multiple rotating discs arranged in a straight line. The discs are installed on the rollers, and the discs on the rollers are evenly arranged. The gap between the discs determines the separation particle size1.
Performance advantages
Efficient separation: It can effectively solve the problem of high mud content in the stone. The processing capacity is 4 times that of the traditional drum screen of the same volume, and the screening efficiency is 2 times that of the drum screen1.
Good anti-blocking performance: It overcomes the problem of screen blocking when various vibrating screens screen wet materials, and improves the output and reliability of the separation system.
Wide range of application: It is suitable for the separation of various materials, such as coal, stone, construction waste, domestic waste and other solid wastes, and can also be used for ore separation in mineral processing plants1.
High degree of automation: Simple operation, reducing labor costs and operating difficulties, can be equipped with an automated control system to achieve remote monitoring and operation3.
Application field
Stone plant: Used for mud and stone separation, soil and stone separation, improve the quality of stone, and reduce the impact of soil on subsequent processing equipment.
Ore dressing plant: Separate the ore, separate the useful minerals from the impurities such as soil, and improve the grade of the ore.
Construction waste treatment: Separate the slag, bricks, concrete blocks, etc. in the construction waste to realize the reuse of resources and reduce the pollution to the environment.
Earthwork: Used to separate the slag and stones in the earthwork, which is convenient for the transportation and treatment of the earthwork.
River cleaning: When cleaning the river, the mud and stones in the river can be separated, and the stones can be recycled. At the same time, the cleaned mud can be used for land restoration and other purposes.
Selection points
Processing capacity: According to the actual production needs, determine the processing capacity of the mud and stone separator, which is generally measured by the tons of materials processed per hour.
Separation particle size: According to the characteristics of the material and the subsequent processing requirements, select the appropriate separation particle size, that is, the size of the gap between the discs.
Motor power: The size of the motor power directly affects the operating efficiency and processing capacity of the equipment, and needs to be selected according to the specifications and processing capacity of the equipment.
Equipment material: Considering the wear and corrosion of the material, choose appropriate equipment material, such as wear-resistant steel, stainless steel, etc., to extend the service life of the equipment.
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