Powder wet vibration screening system

System overview:

Powder wet vibration screening system through the joint action of vibration and liquid, the powder is screened and graded, the system is widely used in chemical, food, medicine, environmental protection and other fields, used to screen a variety of powder materials, such as chemical raw materials, food raw materials, herbal powder, etc., mixed screening compared with dry screening has a lower screening limit. It can better meet the screening needs of fine grained materials.

How it works:

The working principle of the wet vibration screening system of powder is mainly based on the joint action of vibration and liquid. Through the vibration generated by the vibration motor, the material on the screen is subjected to periodic vibration and impact force. At the same time, the liquid circulation system sprays liquid to the screen, so that the material particles form a liquid film on the screen, thereby increasing the lubrication and fluidity between the material particles. Under the joint action of vibration and liquid, the material particles are gradually separated according to the particle size to achieve the purpose of screening and classification.

System composition:

Powder wet vibration screening system is usually composed of vibration motor, screen, liquid circulation system, control system and other parts. Vibration motor is the power source of the system, responsible for generating vibration; Screen is the main part of screening, the size of its aperture determines the size of the screening material; The liquid circulation system is responsible for spraying liquid onto the screen to form liquid film; The control system is responsible for controlling the operation and parameter setting of the entire system.

Application features:

High screening efficiency: wet screening has higher screening efficiency than dry screening and can handle more materials.

Low screening limit: wet screening can screen finer material particles to meet the needs of fine materials.

Strong adaptability: The system can adapt to different particle size, different properties of material screening needs, widely used in many fields.

High degree of automation: the system usually adopts automatic control mode, easy operation, reducing manual labor intensity.