To choose the method of material transfer, there are two main factors: the type and characteristics of the material, as well as the environmental characteristics, which must be discussed and investigated in a professional manner. Important points for choosing the right method are listed below. which include:
Characteristics of the material transported by the material transfer system
Necessary environmental features regarding the material transfer system
Important Tips on Environmental Properties
In addition to the type of materials and their characteristics, some environmental conditions must also be considered in order to be able to use the material transfer system. Before choosing the material transfer system, the transfer speed should be known according to the needs of the collection. The speed of material transfer can be from several kilos to several tons per hour.
Mechanical systems are usually used to move materials in short distances because in long distances, some of the materials may be lost. But in order to prevent the wastage of materials, an air transfer system is used at distances of about 200 or 300 meters. Also, if the material movement path during transfer is winding, the air material transfer system will have a better and simpler performance.
It should be noted that the place of use of the industrial vacuum cleaner is a covered space or it is used outdoors. Due to the fact that the use of the mechanical system in the open space causes the materials to be exposed to wind and rain and other pollution, in such conditions, the use of the air transfer system by an industrial vacuum cleaner will be very efficient. >
In the mechanical material transfer system, there is a possibility of material spillage during material transfer. This causes the environment to need daily cleaning. In this situation, the material transfer system should be checked and cleaned regularly. But in the air transmission system, there is no material loss and waste. Therefore, it does not need to be cleaned and checked daily.
In this system, there is a possibility of clogging of the pipes, so checking the transmission lines at regular intervals, for example, weekly or monthly, should be done in order to fix it quickly. Because clogging in any part of the system causes problems for the entire transmission system.
Powdered material
The powder material transfer system is one of the important and vital equipments in various industries, which is used to move and transfer powder materials such as cement, flour, chemicals and pharmaceuticals. Using different mechanisms, these systems transfer powder materials safely and efficiently from one point to another. Powder materials transfer systems are especially important in industries that need to move large volumes of materials with high precision, such as food, pharmaceutical, chemical and mineral industries.
The benefits of the powdered material transfer system
- High productivity: these systems enable fast and accurate handling of powder materials in high volume, which helps to improve production efficiency. Manpower for manual movement of materials is minimized.
- Reduction of environmental pollution: In closed systems such as pneumatic systems, the pollution caused by the release of powder dust into the work environment is greatly reduced.
- Safe transfer of sensitive materials: Many powder materials such as pharmaceutical or chemical materials require precise and controlled handling, and these systems can meet this need without damaging the materials.
Applications of Powder Material Transmission System
A. Food industry: Moving powdered materials such as flour, sugar, spices and edible powders to production or packaging lines. B. Chemical industry: Transporting chemical powders such as sulfates, minerals and other chemicals that require precision and safety in handling. c. Pharmaceutical industries: Transportation of pharmaceutical powders that require strict control and should not be exposed to contamination or damage.
D. Construction and mining industries: Transferring heavy powders such as cement, lime and minerals to production and processing lines.