Inline Vibrating Sifter

Inline vibrating sifter is a commonly used sifting equipment for particle sorting and separation. It is widely applied in various industrial and agricultural scenarios to achieve efficient material classification.Inline sifter, also known as inline vibrating sifter, is divided into two types: single-vibration-source and double-vibration-source. The single-vibration-source mainly generates vertical vibration when acting on materials and does not have an automatic discharging function. The double-vibration-source can produce vortex motion on the sifter surface and has an automatic discharging function, which is more suitable for large-scale production lines requiring continuous operation.Inline vibrating sifter is mainly used for impurity removal and sifting of powders in the process flow of powder production lines, helping to improve the purity of finished powder products and ensure the stable operation of subsequent production links.Inline sifter is not only applicable to the industrial field but also suitable for agriculture, chemical industry, food industry, pharmaceutical industry and other fields, meeting the diversified sifting needs of different industries.

Inline vibrating sifter is a multi-purpose new type of sifting machine specially designed for some industries. The vibration motor of this machine has two power arrangement modes: single-motor and double-motor. The material running track has multiple adjustment forms, which significantly increases the equipment adaptability. With direct material discharge, it has a large processing capacity, effectively improving the overall production efficiency of the production line.According to different usage conditions, the inline vibrating sifter can be modified in a targeted manner to solve problems such as reducing the labor intensity of employees and improve production efficiency, which is highly favored by factory managers and production line engineers.Inline vibrating sifter is mostly used for rough sifting and precision sifting of particles and powders in industries such as flour, starch, washing powder, metal powder, additives, chemical industry and non-metallic minerals. It has a large processing capacity and is easy to integrate with production lines, making it an ideal choice for procurement departments of related companies.It can be designed and manufactured according to the user's requirements, such as increasing the height of the feed inlet and installing butterfly valves at the discharge outlet, to better match the actual production needs of different users.

Main Components of the Inline Vibrating sifter:

The main components of the inline vibrating sifter include the sifter body, vibration machinery and bracket, which together ensure the stable and efficient operation of the equipment.The sifter body is the most important part of the inline sifter. The size of its sifter holes can be selected according to the size of the granular materials and sifting requirements, ensuring accurate classification of materials.The function of the vibration machinery is to provide vibration force for the sifter body, so that the granular materials entering the sifter machine can be siftered out through the sifter holes, realizing the rapid separation of materials.The bracket is the basic supporting structure of the inline vibrating sifter, supporting the sifter body and vibration machinery, and ensuring the stability and safety of the entire inline sifter during operation.

Working Principle of the Inline Vibrating Screen:

The working principle of the inline vibrating sifter is to sifter the granular materials through the sifter holes of the sifter body and classify and store the granular materials, which is simple and easy to understand, and convenient for production line engineers to operate and maintain.The vibration mechanism of the sifter machine provides vibration force to make the granular materials move forward on the sifter, promoting the continuous sifting of materials and avoiding material accumulation on the sifter.These granular materials are restricted by the sifter hole diameter. Only the granular materials that meet the corresponding sifter hole size can pass through the holes and enter the next link, ensuring the sifting precision of materials.In this process, the granular materials smaller than the sifter hole diameter will fall from the sifter surface to the lower end, while the granular materials larger than the sifter hole diameter will be separated to a higher level, realizing the effective classification of materials with different particle sizes.

Application scenarios of the Inline Vibrating Screen:

Inline vibrating sifter is widely used in powder sifting, particle sifting, liquid filtration, sewage treatment, chemical industry, pharmaceutical industry, food industry, ceramic industry, paper industry and other industries, providing professional sifting solutions for different industries.

• Dust/particle material sifting: separating dust or particle materials by size. Inline vibrating sifter can be used for materials such as lime, cement, coal powder, plastic particles, etc., meeting the sifting needs of different granular materials.
• Liquid filtration: Inline vibrating sifter can be used for clarification, filtration, impurity removal and other functions, such as filters in food, pharmaceutical and chemical industries, ensuring the purity of liquid materials.
• Sewage treatment: Inline vibrating sifter is used for solid-liquid separation of sewage and plays an important role in the sewage treatment system, helping to improve the efficiency of sewage treatment and meet environmental protection standards.
• Ceramic/paper industry: Inline vibrating sifter can be used for clay sifting in ceramic and porcelain industries, and also for fiber sifting in the papermaking process, improving the quality of ceramic products and paper products.
• Other industries: Inline vibrating sifter can also be used for material sifting in industries such as fine powder, feed, chemical fertilizer, petrochemical industry and glass industry, showing strong versatility and adaptability.