UF Membrane Modules

UF Membrane Modules for Prereatment of Purified Water with Pore Size 0.05um PVDF material 1. Brief Introduction Ultrafiltration (UF) involves pressure-driven separation of materials from a feed solution. The technology is used to remove particulate and microbial contaminants, but it does not remove ions and small molecules. Pressure drives the process, which typically operates with a feed pressure of 4 to 100 psi. UF plants are automated and have low operational labor

UF Membrane Modules for Reclaimed Water Treatment with Pore Size 0.05um PVDF material 1. Brief Introduction Ultrafiltration (UF) involves pressure-driven separation of materials from a feed solution. The technology is used to remove particulate and microbial contaminants, but it does not remove ions and small molecules. Pressure drives the process, which typically operates with a feed pressure of 4 to 100 psi. UF plants are automated and have low operational labor requirement

UF Membrane Modules for Ships Domestic Sewage with 80000 Dalton PP material Dia 160mm 1. Brief Introduction Ultrafiltration (UF) involves pressure-driven separation of materials from a feed solution. The technology is used to remove particulate and microbial contaminants, but it does not remove ions and small molecules. Pressure drives the process, which typically operates with a feed pressure of 4 to 100 psi. UF plants are automated and have low operational labor requirement

UF Membrane Modules for Wastewater Treatment with Pore Size 0.05um PVDF material 1. Brief Introduction Ultrafiltration (UF) involves pressure-driven separation of materials from a feed solution. The technology is used to remove particulate and microbial contaminants, but it does not remove ions and small molecules. Pressure drives the process, which typically operates with a feed pressure of 4 to 100 psi. UF plants are automated and have low operational labor requirements. UF

UF Membrane Modules For Pretreatment Of Pure Water With Pore Size 0.05um PVDF Material 1. Brief Introduction Ultrafiltration (UF) involves pressure-driven separation of materials from a feed solution. The technology is used to remove particulate and microbial contaminants, but it does not remove ions and small molecules. Pressure drives the process, which typically operates with a feed pressure of 4 to 100 psi. UF plants are automated and have low operational labor requiremen

Ulta-filtration Membrane Modules for Reclaimed Water Treatment with Pore Size 0.05um PVDF material 1. Brief Introduction Ultrafiltration (UF) involves pressure-driven separation of materials from a feed solution. The technology is used to remove particulate and microbial contaminants, but it does not remove ions and small molecules. Pressure drives the process, which typically operates with a feed pressure of 4 to 100 psi. UF plants are automated and have low operational

UF Membrane Modules For Slaughter Wastewater Treatment With Pore Size 0.05um PVDF Material 1. Brief Introduction Ultrafiltration (UF) involves pressure-driven separation of materials from a feed solution. The technology is used to remove particulate and microbial contaminants, but it does not remove ions and small molecules. Pressure drives the process, which typically operates with a feed pressure of 4 to 100 psi. UF plants are automated and have low operational labor

UF Membrane for Water Purification of Electroplating with Pore Size 0.03um PVDF material Generally, Ultrafiltration (UF) is a separation process using membranes with pore sizes in the range of 0.1 to 0.001 micron. UF membranes are able to remove high molecular-weight substances, colloidal materials, and organic and inorganic polymeric molecules. On the contrary, low molecular-weight organics and ions such as sodium, calcium, and sulfate won’t be removed by UF Membranes. Among

UF Membrane Modules for Ships Domestic Sewage with 80000 Dalton CPP material Dia 160mm 1. Brief Introduction Ultrafiltration (UF) involves pressure-driven separation of materials from a feed solution. The technology is used to remove particulate and microbial contaminants, but it does not remove ions and small molecules. Pressure drives the process, which typically operates with a feed pressure of 4 to 100 psi. UF plants are automated and have low operational labor requiremen

Ulta-Filtration Membrane Modules For Reclaimed Water Treatment With Pore Size 0.05um PVDF Material 1. Brief Introduction Ultrafiltration (UF) involves pressure-driven separation of materials from a feed solution. The technology is used to remove particulate and microbial contaminants, but it does not remove ions and small molecules. Pressure drives the process, which typically operates with a feed pressure of 4 to 100 psi. UF plants are automated and have low operational

KH-UF-SFX2880 UF Membrane Modules for Wastewater Treatment with Pore Size 0.05um PVDF material 2. Description of CNKHONG ultrafiltration modules 2.1 Module Features The CNKHONG Ultrafiltration modules are made of high strength hollow fiber membranes, they are made of Polyvinylidene Fluoride(PVDF). The pore size of 0.03 µm is enough for the removal of bacteria, viruses, and particles including all kinds of colloids. v The membranes have been special treated to be hydrophilic.

UF membrane module water filter membrane for waste water treatment with TIPS Product Features l Superior fiber strength and double-potting allow extreme backwash conditions l Solvay PVDF and TIPS membrane tolerate pH 1-13 and 5,000 ppm NaClO,ensuring high flux recovery and long service life l Excellent removal of particles, colloids, bacteria and virus by isotropic microporous fibers protects downstream equipment l Proprietary permanent hydrophilic-modified fibers guarantee

UF Membrane for Drinking Water Pretreatment with Pore Size 0.05um PVDF material Ultrafiltration(UF) technology is an advantage membrane separation technology with physical filtering principle, and apply widely in municipal wastewater or other industries. UF is a membrane separation process by drive pressure, it has the rejective ability with porosint material to separate insoluble or soluble substances from water. The filtration pore is general range of 0.01-0.1μm, and