GT series high-frequency vibrating dewatering screen is a high-efficiency equipment for grading, dewatering and desliming, and is a tailings dam , thickener and other traditional tailings, concentrate processing equipment and ideal replacement products. It is widely used in coal preparation, mineral processing, building materials, construction, electric power and chemical industries as product dehydration or tailings recovery. GT series dewatering screen is generally composed of vibration source, screen box, vibration damping device, screen mesh, frame and other components.

How it works:

GT series high-frequency vibrating dewatering screen uses a pair of vibration motors with identical performance parameters as the excitation source , when the two vibration motors run in opposite directions at the same angular velocity, the inertial force generated by the eccentric block is repeatedly superimposed or canceled in a specific phase, thereby generating a huge exciting force, which drives the screen box to periodically reciprocate along the linear trajectory. During the beating process, the part (water) smaller than the sieve hole falls through the sieve hole, and the rest is discharged from the discharge end, so as to achieve classification, purpose of dehydration.

Technical Features:

Using vibration motor as vibration source, adjustable amplitude, simple and reliable, easy maintenance.

It is equipped with high wear-resistant and anti-blocking polyurethane screen, which has a high degree of modularity and is easy to replace.

Adopt an innovative 45-degree standard anticline feeding area design, and use centrifugal force to assist dehydration, which can improve dehydration quantity.

The inclination of the screen surface can be quickly adjusted to fine-tune the production process for maximum output and efficiency change.

The connecting part is riveted with special high-strength ring groove rivets for vibrating screen, which avoids the side plate caused by welding defects Cracking and other accidents.

The use of low-alloy structural steel plate (Q345C) enables the equipment to still operate in the cold area of ​​-40℃ ensure its overall rigidity.