quality Food Beverage Filter Cartridge & Pharmaceutical Filter Cartridge factory

After three years research, the R&D team of Wechange Technology has successfully overcome the key technology of nanofiber liquid sterilization filter membrane and filter elements, and developed ethylene vinyl alcohol copolymer (EVOH) nanofiber liquid sterilization filter membrane, syringe filter and pleated filter cartridges. Until now we have basically completed the core verification of the sterilization membrane and is gradually carrying out the sterilization process verification work of pharmaceutical and food companies. This breakthrough not only marks that our filtration technology has reached a new level, but also brings revolutionary solutions to the pharmaceutical and food industries. This time we have developed two specifications of EVOH sterilization membranes: 0.22μm pharmaceutical sterilization membrane and 0.45μm food sterilization membrane, designed for pharmaceutical production and food production processes. In addition, sterilization membrane products with other pore sizes can be customized. Compared with existing polymer microporous filtration membranes such as polyethersulfone (PES), EVOH sterilization membrane has the following advantages: (1) Natural hydrophilic and anti-adhesive properties, which are conducive to the infiltration of drug solutions and food solutions, and are not easy to adhere to organic matter such as proteins. (2) Based on the principle of fiber stacking, the pores are formed with heterogeneous channels, high porosity, and heterogeneous pores. While intercepting microorganisms, they provide more transport space for fluids. The channels are not easy to be blocked, which can significantly improve the filtration flux. (3) The fibers are densely stacked and the pore size is more uniform, which is conducive to absolute interception of bacteria. (4) Pure physical process manufacturing, no organic solvent residue and precipitation, which is conducive to ensuring the purity of drugs and foods. With the increasing global attention to medical health and food safety, the market demand for sterilization and other microbial filtration membranes is growing. Wuhan Weichen Technology Co., Ltd.'s new products provide new options for the international and domestic sterilization filtration markets. With the further promotion and application of technology, EVOH sterilization filter membrane products will achieve significant market growth in the next few years. This breakthrough in sterilization filtration membrane technology is not only a reflection of the company's R&D strength, but also a positive response to social responsibility. It is reported that the liquid virus removal membrane developed based on nanofiber membrane manufacturing technology is also in progress and is expected to be manufactured in small batches within 2024. The company will continue to increase R&D investment, promote the transformation of more scientific and technological achievements, and provide downstream customers with safer and more efficient products and services.  

On September 27th, 2024, the project of Wuhan Weichen Technology Co., Ltd. won the first prize in the enterprise group at the 9th "Maker China" Biopharmaceutical SME Innovation and Entrepreneurship Competition held in Nansha, Guangzhou. The "Maker China" SME Innovation and Entrepreneurship Competition is a large-scale national event with extensive influence. The 9th "Maker China" Competition was hosted by the Development Center of the MIIT and the Guangdong Provincial DIIT. It focused on the demads and problems of the biopharmaceutical industry's development, stimulates innovation vitality and development potential, helps the transformation and application of outstanding innovative achievements, incubates a number of biopharmaceutical innovation and entrepreneurship projects, and cultivates a number of potential biopharmaceutical hidden champions to promote the sustainable and steady development of the biopharmaceutical industry. A total of 667 projects registered for this competition. After 5 months of fierce competition in the preliminary, preliminaries and finals. Finally, after experts' review, Wechange Technology stood out from many projects and won the first prize in the enterprise group of the competition. The fact that Weichen Technology's project won the honor of the competition further shows that the company's core technology has been recognized by the government and the market. The company will use this as an incentive to further strengthen its "specialization, precision and innovation" attributes, rapidly advance the research and development of fiber-based filtration and separation products, and strengthen cooperation with upstream and downstream industries, in order to become a representative enterprise of new filtration and separation materials with influence in Hubei and even the whole country. Our advantage products are nanofiber filtration membrane, syringe filter, capsule filter, pleated filter element and fiber sponge column, widely used in life science, pharmaceutical, environmental monitor, food and beverage, chemical, industrial & agricultural testing laboratories.

After 5 months of construction, the new factory of our company located in in Wuhan economic and technological development zone is built. We developed a 1,000 square meter clean workshop and production lines with an annual capacity of 1 million square meters for nanofiber composite nonwoven fabric and 300,000 units for pleated filter cartridges, which is beneficial to the rapid development of the company.

After three years of research and development, the R&D team of WECHANGE Technology has successfully overcome the key manufacturing technologies of nanofiber liquid sterilization filtration membranes and filter elements, and developed ethylene vinyl alcohol copolymer (EVOH) nanofiber liquid sterilization filtration membranes (hereinafter referred to as EVOH sterilization membranes), syringe filters, and pleated filter products. 　　WECHANGE has basically completed the core validation of the sterilization membrane and is gradually carrying out the sterilization process validation work for pharmaceutical and food enterprises. This breakthrough not only marks a new level of filtration technology strength in the field of biomanufacturing but also brings revolutionary solutions to the pharmaceutical and food industries. 　　Two specifications of EVOH sterilization membranes have been developed this time: a 0.22 μ m pharmaceutical sterilization membrane (with an average pore size of 120nm) and a 0.45 μ m food sterilization membrane (with an average pore size of 410nm), tailored for pharmaceutical and food production processes, respectively. In addition, customized sterilization membrane products with other pore sizes can be also developed according to the special needs of customers. Compared to existing polymer microporous filtration membranes such as polyethersulfone (PES), EVOH sterilization membranes possess the following merits: 　　(1) The intrinsic hydrophilic feature facilitates the infiltration of medicinal and food solutions, and are not easily adhered with organic substances such as proteins. 　　(2) Derived from fiber stacking, Irregular pores are formed with anisotropic channels and high porosity, which not only intercept microorganisms, but also provide more transport space for fluids. The pores are not easily blocked, which can significantly improve the filtration flux. 　　(3) The dense accumulation of fibers and higher uniformity of pore size are conducive to the absolute interception of bacteria. 　　(4) The manufacturing of nanofiber membranes is physical process without residual organic solvents and precipitation, which is conducive to ensuring the purity of drugs and food. 　　With the increasing global attention to medical health and food safety, the market demand for sterilization membranes is constantly growing. The new product of Wuhan WECHANGE Technology Co., Ltd. provides a new choice for the international and domestic sterilization and filtration markets. 　　It is reported that the liquid virus removal membrane developed based on nanofiber membrane manufacturing technology is also in the process of promotion and is expected to achieve small-scale manufacturing within 2024. The company will continue to increase research and development investment, promote the transformation of more technological achievements, and provide downstream customers with safer and more efficient products and services.