Haide156 6277 7102

Introduction to Anti backflow rotary feeder and Feeder advantages and features

2025-5-26

Anti backflow rotary feederis an excellent quantitative supply equipment designed for the purpose of supplying powder.,it has the functions of material handling, equipment feeding, material handling, blowing-in and dust removal equipment discharges dust.。The following is to introduce the Anti backflow rotary feeder:

1、Brief introduction of Anti backflow rotary feeder

Anti backflow rotary feederis widely used in powder engineering, pneumatic conveying and dust removal system.,The price is low and affordable。

Anti backflow rotary feeder

Anti backflow rotary feeder

2、Anti backflow rotary feeder picture

The Anti backflow rotary feeder looks beautiful and atmospheric, and it is realistic for customers to visit.。

Anti backflow rotary feeder

Anti backflow rotary feeder

Note: All the pictures in this article were taken by hyde powder manufacturer.。

3、Anti backflow rotary feeder principle

Anti backflow rotary feederat runtime,Based on a rotor with several blades rotating in a cylindrical casing. When the rotor rotates, materials fall from the upper hopper and are filled in the spaces between the blades. With the rotation of the impeller, the material is conveyed to the lower part and discharged. At the same time, the pressure equalizing exhaust port on the side of the machine body can exhaust the high-pressure gas generated by the rotation of the impeller, so as to reduce the phenomenon of gas ejection and ensure the smooth falling of materials.,it is an ideal choice for customers to buy Anti backflow rotary feeder。

Anti backflow rotary feeder

Anti backflow rotary feeder

4、Anti backflow rotary feeder function

Anti backflow rotary feedermultifunctional, with functions such as continuously and uniformly feed or discharge., ensure air tightness of the system, prevent gas or dust leakage, equipment feeding and blowing-in,was developed and designed by hyde。

Anti backflow rotary feeder

Anti backflow rotary feeder

5、Anti backflow rotary feeder structure

The Anti backflow rotary feeder structure is introduced as follows:

  1. Equalizing exhaust port
  2. The side of the Anti backflow rotary feeder body is provided with a pressure equalizing exhaust port, which can exhaust the high-pressure gas brought by the rotation of the impeller, reduce the phenomenon of gas ejection, and facilitate the smooth falling of materials.

  3. Rotor and shell
  4. The rotor is the core component of the Anti backflow rotary feeder, and usually consists of several blades, which rotate in the cylindrical casing. Materials fall from the upper hopper and are filled in the spaces between the blades. With the rotation of the impeller, they are transported to the lower part and discharged from the shell to protect the internal mechanism and seal, and prevent the leakage of materials and the entry of external impurities.

  5. Motor and transmission device
  6. The motor provides power for the Anti backflow rotary feeder, and the power is transmitted to the impeller through transmission devices (such as gears and sprockets) to make it rotate. The transmission device shall be designed to ensure smooth and reliable power transmission.

  7. impeller
  8. Impeller is the key part of the Anti backflow rotary feeder to realize material transportation. Its structural design is reasonable, which can ensure the uniform distribution of materials in the spaces between the impellers and be transported smoothly with the rotation of the impellers.

  9. sealing element
  10. Seals are used to ensure the sealing performance of the Anti backflow rotary feeder in the working process and prevent material leakage and gas backflow. High-quality seals can improve the working efficiency and service life of equipment.

Anti backflow rotary feeder

Anti backflow rotary feeder

6、Structural characteristics of Anti backflow rotary feeder

The Anti backflow rotary feeder has the following structure

  1. Equalizing exhaust port
  2. The side of the Anti backflow rotary feeder body is provided with a pressure equalizing exhaust port, which can exhaust the high-pressure gas brought by the rotation of the impeller, reduce the phenomenon of gas ejection, and facilitate the smooth falling of materials.

  3. Rotor and shell
  4. The rotor is the core component of the Anti backflow rotary feeder, and usually consists of several blades, which rotate in the cylindrical casing. Materials fall from the upper hopper and are filled in the spaces between the blades. With the rotation of the impeller, they are transported to the lower part and discharged from the shell to protect the internal mechanism and seal, and prevent the leakage of materials and the entry of external impurities.

  5. impeller
  6. Impeller is the key part of the Anti backflow rotary feeder to realize material transportation. Its structural design is reasonable, which can ensure the uniform distribution of materials in the spaces between the impellers and be transported smoothly with the rotation of the impellers.

  7. sealing element
  8. Seals are used to ensure the sealing performance of the Anti backflow rotary feeder in the working process and prevent material leakage and gas backflow. High-quality seals can improve the working efficiency and service life of equipment.

  9. Motor and transmission device
  10. The motor provides power for the Anti backflow rotary feeder, and the power is transmitted to the impeller through transmission devices (such as gears and sprockets) to make it rotate. The transmission device shall be designed to ensure smooth and reliable power transmission.

Anti backflow rotary feeder

Anti backflow rotary feeder

Anti backflow rotary feederit has the functions of ensure air tightness of the system, material handling, prevent gas or dust leakage, dust removal equipment discharges dust. and continuously and uniformly feed or discharge.,as an important bulk material conveying equipment,Commonly used inmaterial handling,ensure air tightness of the system,prevent gas or dust leakage,blowing-in,equipment feeding and so on。