Industries and materials applicable to inclined rolling screening machine:
Application Industry: widely applicable to coal, electric power, coal chemical industry, coking, metallurgy, building materials, chemical industry and other industries. Grading particle size: 100, 80, 50, 30, 13, 10, 8, 6, 3mm (the grading particle size shall be determined according to the actual working conditions)
Structural performance characteristics:
1. The material on the screen surface is uniform and of the same thickness, and the screening efficiency is high.
2. Single axle drive, powerful power, single axle maintenance without affecting operation.
3. Each screen shaft is equipped with a cleaning device, which is not easy to block the screen.
4. Low noise, low vibration and good sealing performance.
5. Controlled by PLC program, the screen shaft can be started with load in sequence.
6. It can realize centralized control and local operation.
Working principle of screening:
The screen surface of the inclined rolling screen is composed of multiple groups of screen shafts rotating in the same direction. Each screen shaft is equipped with several equidistant screen plates. The screen plates on the adjacent screen shafts are arranged cross each other. The materials are continuously layered during the rolling process of the screen surface, the qualified materials are sieved, and the large particle materials are rolled forward; The small particle materials contact the screen holes for a long time, and the forced screening is completed through the friction of adjacent screen plates, and the large particle materials roll
Continuously impact and disperse the agglomerated particles, and automatically clean up the fine particles adhered to the screen to achieve the purpose of self-cleaning. A cleaner is set under the screen shaft to clean up the residual sticky particles. The screen hole is always kept transparent during the screening process, so as to achieve the goal of no blocking, no sticking and no material jamming Screening operation.
Performance characteristics
|
