The Dewatering Vibrating Screen is widely used in industries such as beneficiation, coal preparation, building materials, metallurgy, and the chemical industry.
The main functions include desliming, dewatering, demineralization, and dry discharge of tailings from iron ore, nonferrous metal ore, and coal.
The screen employs advanced finite element analysis and anti-fatigue analysis to optimize structural strength, reduce energy consumption, and enhance dewatering capacity.
Yes, the size of the machine can be customized according to customer requirements.
The screen is constructed using high-quality steel plates selected for their impact toughness, and it features a hydraulic tension assembly using imported HUCK rivets.
The wallboard is not welded, which eliminates residual stress and material defects, thus avoiding a reduction in fatigue strength.
Fluid touching parts and easily worn parts are sprayed with polyurea, which is resistant to corrosion, erosion, and wear.
The post-weld heat treatment process effectively eliminates welding stress in the main components, enhancing durability.
The screen offers large processing capacity, high efficiency, stable performance, and is designed to adapt to various working conditions.
Regular maintenance includes checking for wear on components, ensuring proper tensioning, and cleaning the screen to prevent clogging.
Yes, training can be provided upon request to ensure safe and efficient operation of the equipment.
With proper maintenance, the screen is designed to have a long service life, supported by features that reduce wear and fatigue.
Yes, the Dewatering Vibrating Screen can handle various materials including iron ore, nonferrous metals, and coal.
Installation typically involves positioning the screen on a stable foundation, connecting it to the necessary power and water supply, and calibrating its settings.
Yes, replacement parts, including modular polyurethane screen panels, are available and designed for easy replacement.
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