What is a Sodium hexafluorophosphate delivery system? Introduction to the Working Principle of pneumatic conveying system

Sodium hexafluorophosphate delivery systemis a material conveying system which uses the energy of airflow to convey granular materials in a closed pipeline.。

1、Brief introduction of Sodium hexafluorophosphate delivery system

Sodium hexafluorophosphate delivery systemis a technology that uses the energy of airflow to transport granular materials along the airflow direction in a closed pipeline.，is a Sodium hexafluorophosphate delivery system。

Sodium hexafluorophosphate delivery system

2、Working principle of Sodium hexafluorophosphate delivery system

Sodium hexafluorophosphate delivery systemat the start of the operation,It mainly uses the energy of airflow to transport granular materials along the airflow direction in a closed pipeline.，features include It is convenient to realize mechanization, Less maintenance., Can carry out long-distance dispersion transportation., High system reliability and Low energy consumption。

Sodium hexafluorophosphate delivery system

3、Sodium hexafluorophosphate delivery system structure composition

The Sodium hexafluorophosphate delivery system structure is introduced as follows:

1. Air source device

The air source device is the power core of the Sodium hexafluorophosphate delivery system system, which provides the airflow power needed for transportation. Common air source equipment includes roots blower, compressor, centrifugal blower and water ring vacuum pump. These devices can generate stable airflow and provide sufficient power for the transportation of materials.

2. Bunker system

The silo temporarily stores and releases materials. The silo is usually designed as a pyramid or conical structure to facilitate the storage and unloading of materials. The design of silo needs to consider the different problems of materials in the process of storage and unloading and the flow form of materials.

3. control system

The control system is the "brain" of the Sodium hexafluorophosphate delivery system system, which is responsible for monitoring and controlling the whole system. Through the control equipment such as programmable controller, the parameters such as airflow speed, feed rate and system pressure can be accurately adjusted and controlled to ensure the stable operation of the system and meet the production requirements.

4. Bunker system

The silo temporarily stores and releases materials. The silo is usually designed as a pyramid or conical structure to facilitate the storage and unloading of materials. The design of silo needs to consider the different problems of materials in the process of storage and unloading and the flow form of materials.

5. Feeding device

The feeding device is responsible for feeding materials evenly and stably into the conveying pipeline. It is usually installed at the beginning of the system, and uses the negative pressure or positive pressure formed by the air source device to mix materials with air in a certain proportion and send them into the pipeline. Common feeding devices include rotary valves, screw conveyors, rotary feeders, screw pumps, silo pumps and Venturi nozzles. The selection of feeding device should be considered comprehensively according to the characteristics of materials and transportation requirements.

Sodium hexafluorophosphate delivery system

4、Sodium hexafluorophosphate delivery system advantage

The advantages of Sodium hexafluorophosphate delivery system are as follows:

1. Material quality protection

In the process of conveying, the Sodium hexafluorophosphate delivery system can prevent the materials from getting wet, soiled or mixed with other impurities, thus ensuring the quality of the conveyed materials.

2. be of simple construction

The structure is relatively simple, mainly composed of conveying pipeline, air source equipment, control system, etc., and the maintenance is convenient.

3. Easy to maintain

The Sodium hexafluorophosphate delivery system system has less wear parts, lower maintenance cost and higher reliability, which reduces the risk of production interruption.

4. Flexible configuration of conveying pipeline and optimization of process flow.

The Sodium hexafluorophosphate delivery system is carried out in a closed pipeline, which effectively prevents dust from flying and escaping. This fully enclosed transportation mode not only improves the working environment, reduces the risk of occupational diseases, but also reduces environmental pollution, and meets the requirements of modern enterprises for environmental protection.

5. Save space

Compared with the traditional mechanical conveying mode, the Sodium hexafluorophosphate delivery system system can save a lot of mechanical equipment and conveying pipes, thus saving a lot of space.

Sodium hexafluorophosphate delivery system

5、Sodium hexafluorophosphate delivery system explanation video

You can buy Sodium hexafluorophosphate delivery system according to your needs and show you Sodium hexafluorophosphate delivery system videos.。

Sodium hexafluorophosphate delivery system

As you can see from the live video.，hyde the product looks beautiful.。

Sodium hexafluorophosphate delivery systemFlexible pipeline layout, closed pipeline can be adjusted according to production conditions, which is relatively flexible.，meet the needs of material transportation、Flexible pipeline layout, closed pipeline can be adjusted according to production conditions, which is relatively flexible.，meet the needs of material transportation、Fully enclosed transportation system, materials are transported in closed pipes.，Reduce the diffusion of its dust in the air, fully sealed and pollution-free transportation.、It is suitable for centralized transportation from many places to one place, with one or several feeding points, and realizes long-distance operation.、In the process of transportation, various technological operations can be carried out at the same time, such as physical and chemical processes such as dust.，Compressed air or other gases are passed through the air supply device to generate airflow, forming a certain airflow speed and pressure. Subsequently, the material is sent into the conveying pipeline through the feeding device, and under the action of the airflow, the material particles are suspended in the airflow or flow along the pipeline in groups. This gas-solid two-phase flow state enables materials to be transported to the target position along the pipeline.。