Quankun Ceramic Membrane Separation Technology - Resistant to Organic Solvents - Ceramic Membrane Equipment Manufacturer - High Pressure Resistance

Miniature ceramic membrane experimental equipment also possesses the capability to simulate real industrial conditions for performance testing and evaluation. This is of great significance to researchers and engineers. By simulating real industrial conditions, the performance and stability of the equipment can be assessed more accurately, providing a reliable basis for subsequent industrial production. At the same time, this simulation ability also aids researchers in gaining a deeper understanding of the principles and mechanisms of ceramic membrane separation technology, offering strong support for technological innovation and development.

The operation principle of the ceramic membrane equipment is based on its unique membrane separation technology. The liquid to be processed is pumped into the membrane module through the feeding system. Inside the module, the liquid is separated into two parts: one is pure liquid, which flows out of the equipment through the membrane pores; the other is a concentrated liquid containing impurities, which is discharged through the exhaust system. This separation process is based on the difference in permeability of different substances through the membrane pores, thereby achieving separation, concentration, and purification of the liquid. Compared to traditional organic membranes, ceramic membranes exhibit higher flux, better retention efficiency, and a longer service life. This characteristic allows ceramic membrane experimental equipment to achieve efficient material separation and purification in a short period of time, whether it is for intercepting fine particles or for screening macromolecular substances, both yielding satisfactory results.

In terms of operation, small-scale ceramic membrane experimental equipment generally includes intermittent and continuous processes. Intermittent operation is suitable for handling small batches of samples, offering flexibility and ease of control; whereas continuous operation is ideal for large-scale production, ensuring a consistent and stable supply of high-quality separation products. The choice between these two methods depends on specific experimental requirements and production scale.

The application of small-scale ceramic membrane experimental equipment is extremely diverse, covering areas such as water treatment, gas separation, and membrane catalysis. In the field of water treatment, ceramic membrane testing equipment can remove harmful substances from water, such as heavy metal ions, organic matter, and microorganisms. This high-efficiency separation capability is crucial for improving water quality and ensuring water safety. In the field of gas separation, ceramic membrane equipment can effectively separate gases, providing reliable solutions for industries like petrochemicals and energy.

Quan Kun Ceramic Membrane Separation Technology - Resistant to Organic Solvents - Ceramic Membrane Equipment Manufacturer - High Pressure Resistance

Application Areas:

1. Applications in the medical device industry: sterilization, extraction, separation, purification, concentration, desalination, solvent replacement, etc., for medical device products.

2. Food Industry Applications: Clarification and concentration of beverages and juices; sterilization and clarification for fruit wines, acid removal; production of dairy products, sugar industry, soy sauce, vinegar clarification, etc.

3. Applications in the baojianping industry: production of animal and plant peptides; clarification and concentration of health tea, coffee powder; separation of vitamins, purification of health wine, etc.

4. Applications in the biotechnology industry: plant extract concentration, natural pigment filtration and concentration, honeysuckle purification and filtration, fermentation broth concentration and refining, enzyme preparation purification and concentration, and amino acid filtration and concentration.

5. Applications in the Blood Product Industry: plasma protein concentration, purification of antiviral immunoglobulins, and production of artificial blood.

6. Applications in the cosmetics industry: Collagen grading, hyaluronic acid purification, plant essential oil production, natural pigment refinement, purification of plant extracts, and antioxidant decontamination.