High efficiency and energy saving:
Since the material is transported at a higher concentration (i.e. lower gas-to-solid ratio), less gas is required, thus reducing energy consumption and operating costs.

Reduce wear and tear:
The material is not completely suspended in the pipeline, but moves in the form of “plug flow” or “slip flow”, which reduces the friction between the material and the pipeline wall, reduces the wear and tear on the pipeline and components, and extends the life of the equipment.

Long distance transportation capacity:
It can realize long-distance material transportation while maintaining high transportation efficiency, and is especially suitable for material transportation needs in large industrial facilities.

Low dust emissions:
The entire conveying process is carried out in a closed system, which reduces the possibility of material leakage, reduces the risk of dust pollution, improves the working environment, and also meets environmental protection requirements.

Handling fragile or sensitive materials:
Since the material is pushed in a dense form instead of hitting the pipe wall at high speed, it is very suitable for fragile materials or materials with special protection requirements to avoid material damage or change in properties.

Reduce gas consumption:
Because it works under high material concentration, it relatively saves gas consumption, especially in application scenarios that require long-term continuous operation. This is particularly important.

Adaptable:
It can handle various types of dry powder and granular materials, and is suitable for the material transportation needs of different industries, such as cement, chemical, food processing and other industries.