High Frequency Screen

Product Description
The high-frequency screen is a highly efficient screening equipment. It uses a high-frequency vibrating motor as the power source and drives the screen box to vibrate stably through a spring support or suspension system. It features high screening efficiency, precise classification, strong processing capacity and low energy consumption. It can effectively reduce the clogging of screen holes and is suitable for screening various materials. The screen mesh is wear-resistant and durable, and the vibration parameters are adjustable. It is widely applied in industries such as mining, coal, chemical engineering, and building materials, playing a key role in the material screening and classification process.

Working principle
The high-frequency screen uses a high-frequency vibration motor as the excitation source and is connected to the screen box through an elastic support system (such as springs or rubber shock absorbers), efficiently transferring the vibration energy to the screen surface. During operation, the motor generates high-frequency mechanical vibrations, causing the screen box to perform periodic reciprocating motion at a specific frequency and amplitude. The material is subjected to the excitation force on the screen surface, rapidly achieving loosening and stratification. Fine particles overcome surface tension and friction and pass through the screen holes to become under-screen products. Large particles move along the screen surface and are discharged, completing the screening process. The vibration characteristics effectively reduce particle agglomeration and screen clogging, ensuring the classification accuracy and screening efficiency.

Product features
High efficiency: High-frequency vibration promotes the rapid dispersion and stratification of materials, significantly enhancing the screening efficiency and enabling the rapid processing of large quantities of materials.

Precision: The regular material movement trajectory effectively ensures uniform particle size of the products under the screen and high classification accuracy.

Anti-clogging: High-frequency vibration reduces material adhesion and clogging, ensuring unobstructed screen holes and stable screening effects.

Energy conservation: The power source has a low power output, combined with efficient screening, resulting in low energy consumption and
significant cost reduction.

Flexible: The vibration parameters can be adjusted to adapt to the screening of materials with different humidity, viscosity and particle size.

Compact: Small in structure, occupies less space, is easy to install and maintain, and is suitable for various production lines.

Durable: The wear-resistant screen mesh, combined with a sturdy structure, has strong wear resistance and a long service life of the equipment.

Stainless steel high-frequency vibrating screen for efficient powder screening and filtration Images