Material properties
1. Corrosiveness: Many separated materials are corrosive to a certain extent, so the parts of the tubular centrifuge equipment that come into contact with the materials must be corrosion-resistant. Usually, suitable materials can be selected according to the corrosiveness of the material, such as stainless steel materials such as 304, 321/216, titanium plates, or modified polyethylene, special duplex stainless steel, etc. At the same time, the sealing rings and gasket materials of the centrifuge also need to be selected according to the corrosiveness of the material.
2. Flammability and explosiveness: If the material contains flammable and explosive properties, it is easy to cause an explosive incident under certain circumstances. Therefore, when choosing a tubular centrifuge, its explosion-proof performance must be considered.
3. Physical properties: The physical properties of the material, such as particle size, viscosity, density, solid-liquid ratio, etc., will also affect the selection of the tubular centrifuge. For example, for materials with low concentration, high viscosity, fine solid phase particles, and small specific gravity difference with the same liquid, it is necessary to select a tubular centrifuge suitable for the separation of such materials.
Separation performance
1. Separation effect: Separation effect is an important indicator to measure the performance of tubular centrifuge. According to the properties of the materials to be separated, select the appropriate separation factor to ensure the expected separation effect.
2. Processing capacity: The size of the processing capacity directly affects the production efficiency. According to the amount of material to be processed, select a tubular centrifuge with corresponding processing capacity.
3. Operation performance: Operation performance includes the stability, reliability, durability, etc. of the equipment. Selecting a tubular centrifuge with good operation performance can ensure the smooth progress of the production process.
Equipment specifications and types
1. Size: The larger the size of the tubular centrifuge, the higher the amount of material it can accommodate and the higher the production efficiency, but the floor space also increases accordingly. Therefore, when choosing, it is necessary to weigh the actual production needs and site conditions.
2. Parameters: Parameters such as speed, centrifugal force, temperature, and pressure will also affect the separation effect of the tubular centrifuge. Select the appropriate parameter configuration according to actual needs.
3. Type: Tubular centrifuges have two major series, GF and GQ, which are suitable for different separation scenarios. For example, the GF series is mainly used for liquid-liquid separation and liquid-liquid-solid three-phase separation containing a small amount of impurities: while the G0 series is mainly used to separate various county suspensions that are difficult to separate. When choosing, it is necessary to choose according to the specific application scenario.
Automation requirements
With the improvement of production automation, more and more companies are beginning to pay attention to the automation level of equipment. When choosing a tubular centrifuge, you can choose a separation equipment with automatic operation function according to the automation requirements of the enterprise to improve production efficiency and product quality.