Working Principle
The core of a tubular centrifuge is a long, high-speed rotating cylindrical drum.
Liquids or fine solid particles of varying densities are rapidly separated: the heavy phase (such as solids or high-density liquids) settles on the inner walls of the drum, while the light phase accumulates in the center and is discharged through the outlet.
The separated solid sediment is cleaned manually or automatically after the machine is shut down, achieving high-purity, lossless separation.
This vertical, long tube structure and ultra-high-speed operation make the tubular centrifuge particularly suitable for separating suspended particles at the micron and even submicron levels.
Core Advantages
Extremely High Separation Precision
Effectively removes particles larger than 0.1 micron, achieving clarity far exceeding other centrifuge models.
High Processing Capacity
Despite its compact design, it can process hundreds to thousands of liters per hour, meeting the needs of pilot and industrial production.
Wide Material Compatibility
It can process highly viscous, biologically active liquids containing fine particles, such as fermentation broths, essential oil extracts, and blood products.
Easy Maintenance and Stable Operation
The design is simple, and key components are made of food-grade stainless steel, which is corrosion-resistant and easy to clean, reducing maintenance costs.
Energy Saving and Environmental Protection
High-efficiency separation reduces the need for subsequent filtration steps, reducing energy consumption and consumables, and aligning with green production trends.
Key Application Areas
Biopharmaceuticals
Separation of cells, bacteria, and proteins from fermentation broths
Purification of vaccines, antibiotics, and enzymes
Plasma separation and blood product processing
Food and beverages
Extraction and clarification of tea polyphenols, anthocyanins, and natural pigments
Juice clarification and removal of ultrafine suspended solids
Essential oil and active ingredient extraction
Fine chemicals
Nanomaterial classification
Liquid-liquid or liquid-solid separation of high-purity chemicals
Oil-water separation and catalyst recovery
Environmental protection and new energy
Removal of fine suspended solids from wastewater
Microalgae oil separation for biofuel production
Purchasing Guide
Understand the material characteristics, including solids content, particle size, viscosity, and temperature, to determine the drum size and speed.
Processing Capacity and Continuity
Select the appropriate model and slag discharge method based on daily production volume and operating methods.
We will continue to help global customers improve production efficiency and product value with high-quality products, professional services and continuous innovation, and jointly promote a clean and sustainable industrial future.
