Cosmetic medicine_Technology application_Wuhan Bonner New Membrane Materials Co., LTD

Biological medicine

Introduction to the Purification Process of Lactoferrin、 Low-temperature nanofiltration concentration process for DAC eluent preparation、 The Application of Membrane Filtration Technology in the Purification Process of Aluminum Hydroxide Adjuvant、 The Application of Membrane Filtration Technology in the Purification Process of Aluminum Hydroxide Adjuvant、 Aluminum hydroxide adjuvant membrane concentration and desalination technology、 Ultrafiltration method for removing residual proteins in enzymatically catalyzed pharmaceutical products、 Good News: Organic Membrane Technology Facilitates Efficient Purification of Silk Protein、 Membrane filtration is used to remove endotoxins and reduce the content of heat sources.、 Antibiotic extraction and separation、 The process for extracting calcium lactate from lactic acid bacteria fermentation broth、 Traditional Chinese medicine oral liquid、

Food and beverage

New breakthrough in high-concentration honey filtration at low temperature with high efficiency - Bonache's cross-flow membrane filtration technology helps upgrade the quality of pure honey、 Starch sugar filtration process: Membrane separation technology leads to new trends in efficient production、 Sugar solution decolorization: Innovative application and process improvement of membrane filtration method、 Lactic acid membrane filtration and separation process in white liquor and yellow wine、 Lactic acid membrane filtration and separation process in white liquor and yellow wine、 Lactocidin extraction process、 Preparation of alcohol-free beverages and high-concentration beverage raw materials by membrane filtration method、 Concentrated soy protein、 Bone soup, bone extract, bone peptide, filtration and concentration、 Reverse osmosis concentration technology optimizes juice quality: retains flavor at low temperatures, and is highly energy-efficient、 Exploration | Application of Membrane Filtration in the Dairy Industry、 Chinese herbal cold tea filtration、

Cosmetic medicine

Membrane filtration technology helps achieve efficient purification of exosomes, a new favorite in medical aesthetics.、 Membrane filtration purification of medical aesthetic material PDRN、 Xylan ultrafiltration desalination technology、

Blood products

Purification of immunoglobulin、 Plasma protein concentration、

Cosmetics

The application of membrane filtration method in the purification process of cosmetic raw materials、 Apply membrane filtration to remove the cross-linking agents from the modified gelatin and modified hyaluronic acid.、 The application of membrane filtration method in the purification process of icodin、 Collagen peptide decolorization - Ultrafiltration and nanofiltration membrane decolorization method、 The application of membrane filtration method in the purification process of collagen、

Petroleum and Metallurgy

Silica sol membrane concentration technology、 Graphene concentration、 Silica sol concentration、

Else

The application of ceramic membrane equipment in the production of titanium dioxide、 Optimization and Improvement of Semiconductor Polishing Liquid Film Processing Technique、 Treatment of paper black liquor with alkali-resistant membranes, removing hemicellulose and achieving alkali liquid recovery、 The Application and Practice of Membrane Filtration Method - Efficient Removal of Toxic Chloropropanols from Papermaking Additive PAE、 Tech Star: Characteristics of Nanomaterials and Their Diversified Applications、

Biological medicine

Food and beverage

Cosmetic medicine

Blood products

Cosmetics

Petroleum and Metallurgy

Else

Xylan ultrafiltration desalination technology

Xylan is a heterogeneous polysaccharide found in the cell walls of plants, accounting for approximately 15% to 35% of the dry weight of plant cells. It is the main component of plant hemicellulose and is a complex polydisaccharide. Partial degradation of xylan can result in the formation of xylooligosaccharides, while complete degradation yields monosaccharides such as xylose, ferulic acid sugar, and arabinose, among which xylose is the predominant one.

Xylooligosaccharides are produced from xylan as a fermentation substrate to obtain xylooligosaccharides and xylose molecules. Due to the presence of a large amount of sodium ions in the xylan extraction solution, which have an inhibitory effect on the bacteria and reduce the biological conversion rate of xylan, and the presence of sodium ions also lowers the final quality of the products. The desalination of the xylan extraction solution can be based on the commonly used ion exchange method for sugar products, but the ion exchange resin process involves subsequent issues such as resin regeneration and eluent treatment, making the process complex and costly.

Ultrafiltration desalination has been widely applied in protein and polysaccharide products. It has low energy consumption and good effect. No high-concentration acid, alkali or salt regeneration is required. During desalination, the xylan extract solution can also be purified.

The ultrafiltration desalination process consists of membrane selection, equipment selection, process operation, endpoint control, etc. Generally, the ultrafiltration desalination process is determined based on factors such as the turbidity of the feed liquid, composition, molecular weight distribution, concentration of the feed liquid, operating conditions, volume of the feed liquid, incoming material method, salt concentration, quality control requirements, and yield requirements.

Over the years, Wuhan Bona has been client-oriented and has been dedicated to the development of application processes for membrane separation technology. By integrating processes, membranes and equipment, it has accumulated rich experience in product purification and engineering-scale expansion. It not only solves manufacturing challenges but also improves product quality, thereby jointly enhancing the technical level of the industry with its clients.