TECHNICAL DESCRIPTION

This product can be equipped with interchangeable ceramic membrane elements of different pore sizes (UF and MF). It is widely used in industries such as biotechnology, pharmaceuticals, food, chemicals, and environmental protection, for process experiments involving separation, purification, clarification, and sterilization of liquids.

It can replace conventional processes such as plate-and-frame filtration, centrifugal separation, solvent extraction, natural sedimentation, and diatomaceous earth filtration. It effectively reduces the dosage of activated carbon required for decolorization, enhances the adsorption efficiency of resin, and prolongs the regeneration cycle of ion-exchange resins. The ceramic membrane filtration and separation technology offers numerous advantages, including high filtration speed, high product yield, superior product quality, low operating costs, and long service life.

KEY FEATURES

Easy to clean, with backwashing capability and strong regeneration performance

Excellent resistance to microbial attack; does not react with microorganisms

Outstanding chemical stability; resistant to acids, alkalis, and organic solvents

High separation efficiency with a simple process; requires minimal auxiliary equipment, low energy consumption, and is easy to operate

Employs cross-flow filtration; the high cross-flow velocity reduces foulant accumulation on the membrane surface, thereby enhancing membrane flux

APPLICATIONS

The ceramic membrane pilot/test equipment is particularly suitable for use in research institutes, universities and colleges, and manufacturing facilities. It can be widely applied in experimental studies involving extraction, clarification, and impurity removal in industries such as pharmaceuticals, bioengineering, food and beverage, chemicals, powder processing, and environmental protection. It serves as a valuable tool for researchers and production personnel, effectively addressing challenges that conventional processes and legacy equipment cannot resolve.

PRODUCT RANGE

Our series of equipment is available in dozens of specifications and models, categorized by varying filtration precision and membrane tube types (ceramic membranes or ceramic composite membranes), to accommodate the diverse requirements of different clients, systems, technical parameters, and processing capacities. It has been widely applied across numerous industries including food and beverage, plant (herbal) medicine processing, agricultural products processing, aquatic (marine) products processing, biomedicine, bio-fermentation, and fine chemicals, serving purposes such as clarification, sterilization, impurity removal, filtration, separation, and concentration.

PERFORMANCE DESCRIPTION

Through this series of pilot/test equipment, critical process parameters and the impact curves of cleaning protocols on membrane flux and membrane performance can be obtained, with reliable and authentic experimental data. Scale-up to pilot and industrial production based on these experimental results is fully reliable, as the scale-up process is purely physical in nature. Moreover, our processes are mature, our technology is advanced, and we possess extensive successful engineering experience.

All equipment in this series is manufactured from sanitary-grade stainless steel, ensuring no secondary contamination of the processed materials. The resulting products are of high quality with excellent long-term storage stability. The core ceramic membrane elements exhibit strong regeneration performance and extended service life. The process is highly integrated, requiring minimal floor space, and features simple operation and maintenance with low operating costs.

EQUIPMENT ADVANTAGES

Highly integrated process design

High product quality with excellent long-term storage stability

Core ceramic membrane elements with strong regeneration performance and long service life

Compact footprint, simple operation and maintenance, low operating costs

Manufactured entirely from sanitary-grade, corrosion-resistant stainless steel, ensuring no secondary contamination of the processed materials.