The tubular centrifuge achieves efficient separation through its unique working principle and structural design. This article introduces the key elements of the tubular centrifuge to achieve efficient separation, making your work easier and more efficient.
Powerful centrifugal field
Principle:
The tubular centrifuge uses the strong centrifugal force generated by the high-speed rotating rotor to accelerate the sedimentation speed of particles in the liquid. This centrifugal force causes the components of different densities and particle sizes in the mixture to be subjected to different degrees of centrifugal force, thereby causing displacement in the radial direction and ultimately achieving separation. The advanced tubular centrifuge uses state-of-the-art technology to quickly and effectively separate particles of varying densities and sizes. By harnessing the power of centrifugal force, this sophisticated machine offers unmatched precision and efficiency in its sedimentation process, making it an essential tool for industries such as biotechnology and pharmaceuticals.
Effect:
The magnitude of the centrifugal force is proportional to the square of the rotation speed, so a high-speed tubular centrifuge can generate a larger centrifugal field, thereby improving the separation efficiency.
Fine pipeline design
Structure:
The core component of the tubular centrifuge is one or more high-speed rotating tubular containers, which contain the mixture to be separated. The design of the pipeline is crucial to the separation effect, which determines the flow path of the mixture during the centrifugation process and the formation of the separation layer. Using advanced technology and expert design, our tubular centrifuge efficiently and effectively separates mixtures. The design of the pipeline is carefully crafted to enhance separation and create a highly efficient flow path for the mixture. With the high-speed rotation of our tubular containers, the separation layer is formed, resulting in a superior and precise separation process.
Function:
When the centrifuge rotates, the liquid in the mixture is forced to flow to the edge of the centrifuge tube, forming the so-called “sludge zone”. The greater the distance between this area and the liquid level, the greater the centrifugal force and the more obvious the separation effect. The design of the pipeline optimizes this area and improves the separation efficiency. Achieve better separation and efficiency thanks to our optimized pipeline design. As the centrifuge rotates, the liquid is forced to the edge, creating a “sludge zone” that maximizes centrifugal force. The result? A more effective separation process as the distance between the liquid level and “sludge zone” grows.
Automatic control and operation
Control system:
Modern tubular centrifuges are usually equipped with advanced automatic control systems, which can accurately control the speed, time, temperature and other parameters of the centrifuge, thereby ensuring the stability and repeatability of the separation process.
Easy operation:
Automatic control systems also make operation easier and faster, reducing the complexity and labor intensity of manual operation. The operator only needs to set the relevant parameters, and the centrifuge can automatically complete the separation process. Simple and efficient operation that reduces the need for manual labor. With automatic control systems, the operator only needs to set parameters, while the centrifuge takes care of the rest.
Wide applicability
Application fields:
Tubular centrifuges are widely used in biopharmaceuticals, food industry, chemical purification, environmental water treatment and other fields. The material properties and separation requirements in different fields vary, but tubular centrifuges can meet various complex separation requirements with their strong adaptability and flexibility. Tubular centrifuges have a long and proven track record of meeting complex separation requirements in various fields such as biopharmaceuticals, food industry, chemical purification, and environmental water treatment. With their strong adaptability and flexibility, they have been widely used and trusted by industry experts. Regardless of the material properties and separation requirements, tubular centrifuges are equipped to handle them all for maximum efficiency and effectiveness.
Separation effect:
In the biopharmaceutical industry, tubular centrifuges can efficiently separate biological macromolecules such as cells, virus particles and proteins; in the food industry, it can be used for separation of whey and cheese, clarification of juice, etc.; in the field of chemical purification and environmental water treatment, it becomes an important equipment for process processes such as catalyst recovery, pigment classification and sludge dehydration. Benefit from the efficiency of tubular centrifuges in the biopharmaceutical and food industries. With the ability to efficiently separate biological macromolecules and food components, this essential equipment simplifies processes such as catalyst recovery and sludge dehydration, making it a staple in the chemical purification and environmental water treatment industries.
Energy saving, environmental protection and safety
Energy saving and environmental protection:
The tubular centrifuge has low noise and low energy consumption during operation, which meets the requirements of modern industrial energy saving and environmental protection. Reduce noise and energy usage with our tubular centrifuge, designed to meet the modern industrial standards for energy efficiency and sustainability.
Safety:
Safety protection measures, such as damping devices, are usually considered when designing the equipment to ensure the safety of the operator. With the inclusion of safety protection measures, including damping devices, operators can confidently operate the equipment without worry of potential hazards.
Tube centrifugal machines have achieved efficient separation through their strong centrifugal fields, fine pipeline design, automated control and operation, extensive applicability, and energy -saving, environmental protection and safety.