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Application of Buried Scraper Conveyor in Bulk Materials Transport

January 16, 2021

Application of MS Buried Scraper Conveyor in Bulk Materials


The performance structure of the MS buried scraper conveyor is designed according to the characteristics of the material to be transported, the amount of transport and the distance to be transported.


MS buried scraper conveyor is a kind of sealed continuous conveying equipment, which takes the material entering the casing to the outflow by means of the circulating moving scraper chain.


The material port is called a buried scraper conveyor because the scraper chain is buried in the material when conveying the material. Use carbon according to different working conditions


Steel, stainless steel, wear-resistant steel and other raw materials are manufactured, adopting advanced production technology at home and abroad, drawing on the experience of predecessors and improving the transmission of ms buried scraper


The machine is wear-resistant, sealed, anti-corrosive, and temperature-resistant, which avoids uneven feeding, chain and chain offline problems. Working state under full seal

Sending materials, according to different working conditions, can be set to multi-port feeding or single-port feeding, or multi-port unloading and single-port unloading. It has simple installation and simple operation.


Single, stable delivery, low noise, high efficiency. Accessories such as sealed housing, electric device, scraper chain, forbidden device, inlet and outlet, etc.

It is used in metallurgy, chemical industry, building materials, mining, coal powder and other industries. It is one of the main conveying equipment for bulk powder and small particle materials.


When the MS buried scraper conveyor transports bulk materials, the scraper chain squeezes the material in the direction of motion, and internal friction occurs between the material and the material.


It overcomes the external friction force generated when the material moves between the shell and the shell, and the material generates a stable flow rate under the action of the scraper chain. 


In the horizontal conveying, the material is subjected to the pressure of the scraper chain in the moving direction and the weight of the material itself, and internal friction is generated between the materials.


This frictional force ensures a stable state between the layers and is sufficient to overcome the external friction generated by the movement of the material in the machine slot, so that the material forms a joint


The entire stream is continuously transported. When the buried scraper conveyor is vertically lifted, the material is subjected to the pressure of the scraper chain in the moving direction, in the material.


The lateral side pressure is generated to form the internal friction of the material. At the same time, due to the constant feeding of the lower horizontal section, the lower materials are successively upper to the upper part.


The material produces a pushing force. This frictional force and pushing force are sufficient to overcome the external frictional resistance caused by the movement of the material in the machine slot and the weight of the material itself.


The material is formed into a continuous overall stream and is upgraded. In the closed casing, the coal is continuously lost by the friction of the moving chain scraper and the coal.

A conveyor in which the chain scraper is buried in the conveyed coal and is fixed to the traction chain to transport the bulk material in the closed trough. 


The traction chain and the scraper of the conveyor are embedded in the material, the scraper only occupies a part of the section of the trough, and the material occupies most of the section of the trough. 


Feed material in flat, inclined or vertical. When conveying horizontally, the scraper used is flat, and the bulk layer is cut by the chain and the scraper embedded in the bulk material.

The force is greater than the principle of the wall-to-bulk resistance, so that the bulk material moves forward along with the scraper. At this time, the ratio of the height of the moving layer to the groove width is a certain ratio.


Within the range of values, the material flow is stable. Buried scraper conveyor requiring vertical transport



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