Specification of 1000 Liter Ultrafiltration Water Filter Per Hour
Sell Ultrafiltration Water Filters with a capacity of 1000 liters per hour Independent Business Partners
Ultrafiltration / Ultrafiltration / UF 0.01 Micron, Ultrafiltration Water Filter, UF 0.01 Micron filter is a filtration technology with a pore size of 0.01 microns where the separation process uses a membrane with pressure, usually used to filter macro molecules
Working system of Ultrafiltration Water Filters:
Enter water with a low pressure +/- 1.5 bar through a smooth hole with a diameter of 0.5-2 mm. Filter pore size 0.01-0.05 μm (for comparison a strand of hair has a size of 50μm - so the pores of UF are 500 times larger) Contaminations larger than 0.05μm are held up and wasted regularly when back flushing or forward flushing .
The advantage of this UF system is that pores have absolute values compared to ordinary filters. UF filters are very small in size compared to bacteria so they are more sterile than ordinary filtration.
Working Principle of Ultrafiltration Water Filters
Ultrafiltration / Ultrafiltration is the process of separating molecules based on dissolved molecules. Ultrafiltration / Ultrafiltration membranes can filter small molecules and make large molecules retained
Ultrafiltration Water Filter Application
Applications that can be done using Ultrafiltration technology vary greatly from simple macro processing to waste treatment. These applications are like, Refill Drinking Water Depot, Clean water treatment, Filter from river water, Bottled Drinking Water (AMDK), Waste water treatment, etc.
Advantages of using Ultrafiltration / Ultrafiltration / UF 0.01 Micron:
Compared to other methods, this system is relatively easier in its application, ease of maintenance, cleaning and installation.
Complete inhibitors of microorganisms and bacteria. The quality of the filtered results does not depend on the incoming water
Ultrafiltration can also remove chlorine resistant germs such as cryptosporidium. Concentrates (waste water) will also be wasted.
In a fully assembled system can reduce investment costs and also maintenance costs.
Enables a full automatic system.
Can remove almost all film-forming in the reverse osmosis membrane, so that it can extend the life of the membrane