Product Features

The dust powder conveyor has the characteristics of fully enclosed pipeline transportation, which can avoid moisture, dirt or foreign matter mixing of the transported materials. It uses the energy of the airflow to transport the powder particles in the direction of the airflow in a closed pipeline. It can be used in industries such as chemical, steel metallurgy, forging, etc. and is a common dust powder transportation method.

Introduction to dust powder transportation

Dust powder conveying is a technology integrated system that uses air or gas flow as conveying power to transport bulk solid materials in pipelines. It is one of the common dust powder conveying methods and is commonly used in industries such as ceramics, chemical engineering, and forging. It has the characteristics of being able to load materials at one location and discharge them at multiple locations.

Advantages of dust powder conveyor

The dust powder conveyor has the advantages of a completely enclosed conveying system, which can prevent material diffusion and improve material conveying quality. The fully enclosed pipeline conveying can reduce the pollution caused to the surrounding environment during the conveying process. It is a commonly used dust powder conveying method with a wide range of applications, including material conveying and processing, and has excellent product quality.

Characteristics of dust powder conveyor

Dust powder conveying has the characteristics of large material conveying capacity, long conveying distance, and material conveying route not limited by terrain. The product quality is reliable, the system is sealed, the material is not affected by external factors, and will not be damp or deteriorated. It has the advantages of not easily leaking and generating dust flying, and has functions such as powder conveying.

Dust powder conveying process

We take the user's perspective into consideration and adopt reasonable preferential policies for the price of dust powder conveyors, making dust powder transportation cost-effective and of high quality.

1. Feeding stage: The feeding valve is open, and the discharge valve and inlet valve are closed.

2. Fluidization stage: When the material is full and triggers the level gauge, the feed valve is closed, the air valve is delayed to open, and the discharge is still closed.

3. Transport stage: fluidization is completed, the pump pressure value is opened, the discharge valve is opened, and the inlet valve is still in the open state until the pump pressure value is turned off to enter the stage.

4. Cleaning stage: After the conveying is completed and the pressure value inside the pump drops to the lower limit of the dual pressure gauge, the cleaning stage is entered. The residual ash in the ash pipe is blown out, the pressure value drops to 0, and the discharge valve is closed.