With its unique structure and efficient working principle, the tubular centrifuge can flexibly respond to the separation needs of different fields. The following are several key points on how the tubular centrifuge can adapt to the separation needs of different fields: 
Diverse structures and types
Tubular centrifuges have various types and structures, such as the GF series separation tubular centrifuge and the GQ series clarification tubular centrifuge. Each type has its specific application areas and advantages.
- GF Series:Mainly used for separation of various difficult-to-separate emulsions, especially for separation of liquid and liquid with small density difference, and separation of liquid, liquid and solid with small amount of impurities. It is suitable for separation of oil, syrup, whole blood, biological products, oil-water separation and sewage treatment. Expertly crafted for challenging emulsion separation, it efficiently extracts liquids from other liquids and solids with minimal impurity presence. Beneficial for a variety of substances such as oil, syrup, whole blood, and biological products, it excels in oil-water separation and sewage treatment.
- GQ series: mainly used for separation of various difficult-to-separate suspensions, especially for solid-liquid separation with low concentration, high viscosity, fine solid particles, and small solid-liquid specific gravity difference, such as clarification of Chinese medicine oral liquid, harvesting and purification of virus particles, etc. The GQ series is a versatile solution for separating difficult suspensions. It excels at solid-liquid separation with low concentration, high viscosity, and fine solid particles. Its high efficiency and precise execution make it the ideal tool for clarifying Chinese medicine oral liquids, harvesting and purifying virus particles, and more.
Adjustable speed and parameters
The speed of the tubular centrifuge is one of the key factors affecting its separation effect. By adjusting the speed of the centrifuge, the centrifugal force can be controlled to meet the separation requirements of different materials. For example, for materials that require higher separation accuracy, the speed can be appropriately increased to increase the centrifugal force; while for some fragile or sensitive materials, the speed needs to be reduced to avoid damaging their structure.
Optimized Pipe and Rotor Design
The pipe and rotor design of the tubular centrifuge is crucial to the separation effect. Materials in different fields have different physical and chemical properties, so the design of the pipe and rotor needs to be optimized according to the characteristics of the materials. For example, in the food industry, since the materials may contain more fibers and particles, it is necessary to design pipes with larger diameters and better wear resistance; in the biopharmaceutical industry, since the materials may contain trace amounts of bioactive substances, it is necessary to design pipes with smaller dead angles and easy cleaning. The efficient pipe and rotor design of the tubular centrifuge ensures optimal separation results.
With varying physical and chemical properties in mind, the pipe and rotor are expertly tailored to specific materials. For instance, in the food industry, larger diameter pipes with superior wear resistance are necessary to accommodate fibers and particles. Similarly, in the biopharmaceutical industry, smaller dead angles and easy-to-clean pipes are required to handle trace amounts of delicate bioactive substances.
Advanced automated control system
Modern tubular centrifuges are usually equipped with advanced automated control systems that can accurately control the various parameters and operating status of the centrifuge. Through preset programs and algorithms, the system can automatically adjust the speed, temperature, time and other parameters of the centrifuge to meet the separation requirements of different materials. In addition, the automated control system can also monitor the operating status and separation effect of the centrifuge in real time to ensure stable operation and efficient separation of the equipment.
Easily achieve precise separation through advanced automation. The control system uses preset programs and algorithms to adjust parameters such as speed, temperature, time, etc. to achieve the best results for various materials.
Wide range of applications and solutions
Tubular centrifuges are widely used in many fields, such as animal and plant extraction and separation, food industry, blood products, biopharmaceuticals, etc. Tubular centrifuges can provide different solutions for separation needs in different fields. For example, in the biopharmaceutical industry, tubular centrifuges can be used to clarify cell culture fluids, harvest and purify virus particles, etc.; in the food industry, they can be used to clarify juices, remove impurities from condiments, etc.
Use tubular centrifuges to maximize your efficiency and productivity. These powerful machines are widely used in various industries and can provide customized solutions for any separation needs. Whether you are in the biopharmaceutical field or the food industry, tubular centrifuges can help clarify liquids, remove impurities, and more. Explore the endless possibilities of tubular centrifuges to meet your specific needs.
Tubular centrifuges meet the separation needs in different fields through diversified structures and types, adjustable speed and parameters, optimized pipeline and rotor design, advanced automatic control systems, and a wide range of application areas and solutions. This makes tubular centrifuges play an increasingly important role in modern industrial production and scientific research.
Maximize efficiency and productivity with advanced automatic control systems and a wide range of application areas and solutions. From industrial production to scientific research, tubular centrifuges provide the perfect solution for all your separation needs.