What is a Drug particle delivery? Introduction to the advantages and characteristics of pneumatic conveying functions

Drug particle deliveryis a technology to transport solid particulate materials through air flow.，in the course of work,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.，the product looks atmospheric.，is a popular Drug particle delivery，the advantage is The operation mode is flexible and changeable, and it can run continuously or regularly.、Materials collected from several points can be sent to one place or one place to scattered points.、Materials are transported in a closed pipeline.，It can prevent the material from spreading, with high quality, complete sealing and pollution-free transportation.、In the process of conveying, various technological operations can be carried out at the same time, such as smash.、Flexible pipeline layout, closed pipeline can be adjusted according to production conditions, which is relatively flexible.，meet the needs of material transportation。

1、Brief introduction of Drug particle delivery

Drug particle deliveryis to transport granular materials along the direction of airflow in a closed pipeline by using the energy of airflow.，widely used intransportation,logistics,plastic,power,pharmaceutical factory and other industries，multifunctional, with functions such as Environmental protection and pollution-free, Explosion-proof involves, Automatic control, Closed conveying and Environmental protection and pollution-free，is designed by hyde with advanced technology。

Drug particle delivery

2、Drug particle delivery function

Drug particle deliverymultifunctional, with functions such as material handling, Physical processing assistance, material handling, Physical processing assistance and Automatic control。

Drug particle delivery

3、Structural characteristics of Drug particle delivery

The Drug particle delivery structure is introduced as follows:

1. 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.

2. 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.

3. control system

The control system is the "brain" of the Drug particle delivery 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. Conveying pipeline system

The conveying pipeline is a channel for conveying materials after mixing with airflow. It is made of wear-resistant and corrosion-resistant materials to ensure that the materials will not be polluted or damaged during transportation. The diameter, shape and length of the pipeline will be designed according to the characteristics and delivery capacity of the transported materials. In addition, the pipeline system may also include some auxiliary fittings, such as valves, elbows, expansion joints, etc., for regulating air flow and pipeline connection.

Drug particle delivery

4、Drug particle delivery HD real shot

Overview of high-definition pictures,the product looks beautiful.。

Drug particle delivery

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

5、Functional advantages of Drug particle delivery

Drug particle deliverys have the following advantages.

1. Improve conveying efficiency

The Drug particle delivery system can transport materials continuously and stably, and the transportation speed is fast, which greatly improves the production efficiency and transportation capacity. Compared with other transportation modes, such as mechanical transportation or manual handling, Drug particle deliverys can significantly reduce the stagnation time of materials in the transportation process and speed up the production process.

2. High degree of automation

The Drug particle delivery system is easy to realize automatic control.

3. Save space

Drug particle delivery equipment usually occupies a small area and can make full use of space. This is especially important for factories or production lines with limited space, which can save valuable production space.

4. High conveying quality

In the process of conveying, the Drug particle delivery system can prevent the materials from being wetted, stained or mixed with other sundries, thus ensuring the quality of the conveyed materials.

5. be simple in structure

The structure is relatively simple and the operation is very convenient. It can be transported flexibly in horizontal, vertical or inclined directions to adapt to different production environments.

Drug particle delivery

Drug particle deliveryis a kind of high quality and low price Drug particle delivery，is a technology that uses compressed air or aerodynamic force to transport materials from one point to another.。