Introduction of Step by step intermittent pneumatic conveying
Step by step intermittent pneumatic conveyingis a technology to transport solid particulate materials through air flow.,is a Step by step intermittent pneumatic conveying newly developed by hyde powder。
1、Brief introduction of Step by step intermittent pneumatic conveying
Step by step intermittent pneumatic conveyingis a kind of material conveying system which uses airflow as power to convey materials through pipeline system.,it is mainly composed of delivery system, Conveying pipeline system, dust pelletizing system, Bunker system and Air source system,This productThe structure is novel, special, advanced, reasonable and scientific.,Widely used inMixing and classification,Long-distance and multipoint transportation,Dust removal and essence,cut down on energy consumption,material handling and so on,the product looks atmospheric.,be of high quality。
Step by step intermittent pneumatic conveying
2、Step by step intermittent pneumatic conveying use
The purpose of Step by step intermittent pneumatic conveying is introduced as follows:
- save energy and cut emissions
- Long-distance and multipoint transportation
- Heating, cooling and drying
- Multi-point transportation
- Mixing and classification
Although the Step by step intermittent pneumatic conveying system itself needs to consume some energy, compared with other transportation modes, it usually has higher transportation efficiency and lower maintenance cost. In addition, by optimizing the system design and adopting advanced energy-saving technology, energy consumption can be further reduced and the goal of energy saving and emission reduction can be achieved.
The Step by step intermittent pneumatic conveying system can realize long-distance material transportation and meet the demand of long-distance material transfer. At the same time, it can also realize multi-point transportation, that is, materials are collected from multiple locations and transported to a centralized point, or materials are dispersed from a centralized point to multiple locations. This flexibility makes Step by step intermittent pneumatic conveyings have important application value in large factories and cross-regional material transportation.
Heating, cooling or drying equipment can be installed in the Step by step intermittent pneumatic conveying pipeline to carry out necessary treatment of materials to meet the specific requirements in the production process.
The Step by step intermittent pneumatic conveying system can be flexibly configured to realize transportation from multiple centralized points to one centralized point, or from one centralized point to multiple centralized points, so as to meet the complex production layout requirements.
In the process of conveying, the Step by step intermittent pneumatic conveying system can cooperate with other equipment to realize the mixing and grading operation of materials, and improve the production efficiency and product quality.
Step by step intermittent pneumatic conveying
3、Introduction of Step by step intermittent pneumatic conveying characteristics
Step by step intermittent pneumatic conveyingthe main features are Simple operation, Reliable equipment, Various processes, be of simple construction and Stable operation,it has the functions of material handling, Automatic control, Physical processing assistance, Explosion-proof involves and Closed conveying。
Step by step intermittent pneumatic conveying
4、Step by step intermittent pneumatic conveying HD real shot
hyde Step by step intermittent pneumatic conveying came in many pictures, which made everyone feast their eyes.。
Step by step intermittent pneumatic conveying
Note: All the pictures in this article were taken by hyde powder manufacturer.。
5、Step by step intermittent pneumatic conveying advantage
The advantages of Step by step intermittent pneumatic conveying are as follows:
- Generality
- Multiple process operations can be carried out at the same time
- energy saving and environmental protection
- Strong flexibility
- High conveying efficiency and low cost.
For materials with unstable chemical properties, the Step by step intermittent pneumatic conveying system can use inert gas for transportation to ensure the stability of the materials during transportation.
While conveying materials, the Step by step intermittent pneumatic conveying system can also complete a variety of production processes, such as mixing, crushing, grading, drying, cooling, etc., which improves production efficiency and added value of products.
The conveying process is carried out in a closed pipeline, which effectively prevents dust from flying and escaping, reduces environmental pollution, improves the working environment and is conducive to protecting the health of production personnel.
The pipeline layout of the Step by step intermittent pneumatic conveying is flexible, and it can be configured vertically, horizontally or curved to adapt to the complex production environment and space constraints. This flexibility makes the Step by step intermittent pneumatic conveying system have great adaptability in the renovation and expansion of the factory.
The Step by step intermittent pneumatic conveying system uses gas to convey materials, which has high conveying speed and capacity and can realize continuous and efficient transportation.
Step by step intermittent pneumatic conveying
6、Advantages of Step by step intermittent pneumatic conveying principle
Step by step intermittent pneumatic conveyingat runtime,Using the dynamic pressure and static pressure of air, the material particles are suspended in the airflow or transported in groups along the pipeline. The former is called material suspension transportation, and the latter is called material group transportation.,is a Step by step intermittent pneumatic conveying。
Step by step intermittent pneumatic conveying
Step by step intermittent pneumatic conveyingit has the characteristics of Convenient maintenance, The failure rate is low, Flexible pipeline layout, Easy maintenance and Can reduce the labor intensity,it uses the kinetic energy and pressure energy of air flow to transport materials from the starting point to the destination pipeline.。
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