Selected vibrating screen manufacturers, direct sales to Kunming vibrating screen equipment manufacturers

Description :

　　Dehydration screen, also known as high-frequency dehydration screen, changes the water tension on the surface of the slurry through vibration force. The slurry water passes through the screen and becomes the undersized material, while fine materials are blocked by the screen to form a filter layer that moves forward and is discharged under the influence of vibration force. Dehydration screens are mainly used for tailings dewatering in the mineral processing industry, coal slurry dewatering in coal preparation plants, water washed quartz sand dewatering, and ceramic slurry dewatering, as well as for dry wet classification and dewatering of medium and fine particle materials in industrial sectors such as power, sugar, and salt production

　　De mediation and de mud.

　　Adopting dual motor driven self synchronization technology, the exciter is dragged through a flexible coupling. When two sets of exciters rotate synchronously in the opposite direction, the excitation force generated by their eccentric blocks cancels each other out in the direction parallel to the motor axis, and superimposes into a single excitation force along the vibration direction in the direction perpendicular to the motor axis. The two axes have an inclination angle relative to the screen surface, and under the action of the excitation force, the screen box performs reciprocating linear motion. The material is thrown up on the screen surface and jumps forward for linear motion. At the same time, the V-shaped design of the screen surface structure achieves better dehydration effect.

　　1. Relatively small volume, large processing capacity per unit area, convenient for system process layout.

　　2. The designed frequency, amplitude, and low power source are suitable for various dehydration needs, with 24-hour continuous operation

　　Homework arrangement.

　　3. V-shaped screen surface design, -5 ° screen surface climbing dewatering, low water content and high efficiency for dry tailings discharge.

　　4. The high wear-resistant screen plate has a long service life, modular assembly design, and easy replacement.

　　5. The riveting and welding of steel components form a frame body that is stress free, high-strength, lightweight, and durable.

　　1. The dehydration screening vibration power adopts a common motor driven exciter type, and the screening machine has an integral riveting structure, which is more suitable for 24-hour continuous production;

　　2. V-shaped screen design for higher dehydration efficiency

　　(1) The back plate of the feeding end has a 45 degree inclination angle;

　　(2) The main sieve plate has a -5 degree inclination angle;

　　(3) The screen mesh is made of high wear-resistant polyurethane material, and the mesh size can be selected according to requirements;

　　(4) The amplitude of the dehydration screen can be adjusted from 2-6mm.

　　Modular design of sieve plate, easy replacement, cost saving, and service life of sieve plate

　　Tailings dry discharge:

　　Iron tailings, gold tailings, copper tailings, vanadium tailings, lead zinc tailings, graphite tailings

　　Washed sand:

　　Quartz sand, zircon sand, glass sand, construction sand, casting sand, building materials sand, potassium feldspar dehydration

　　Coal slurry dewatering:

　　Coal slurry dewatering

　　Soil remediation: Soil remediation

　　Wastewater treatment:

　　Solid liquid separation of urban sewage, industrial sewage, and river sludge, filtration in sewage treatment plants

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