The ULF is built to purify surfaces or groundwater from suspended solids, colloids and all manner of microorganisms such as bacteria, virus, protozoa, germs and larvae. The UFF membrane pore is 0.01um, and hollow fibre is created outside or within membranes. They are a manufacturer of ultrafiltration (UF) systems and can produce UF systems for your water treatment programmes, as your specifications do.
Device of Ultra filtration
UF pores: 0.01um UF membrane
Save electricity, backwashable
Good water quality production
The UF System filtration process which uses the molecular weight differential transmembrane pressure to separate particles. It is used for removal of high molecular weight, colloidal materials and bacteria and polymeric compounds, organic and inorganic.
Ultrafiltration is an important process which can discern the highest performance and efficiency between microorganic molecules and colloids. The method is used for ion exchange and RO exchange pretreatment. A significant number of consumers, who assert the supremacy of the commodity, have supplied the high-filtration water systems. It is now preferable to other applications with comparatively less pressure than RO.
With its stringent nature, smooth operations and excellent customer service, each of our Ultrafiltration Systems has superior performance. They guarantee the maximum performance and high efficiency of the filtration system given by us.
Fast-installation modular design
High performance of energy system
The best separation performance between competitive products
Production of great quality.
Long longevity and low fouling membrane.
Low requirement of maintenance
Offers sophisticated surveillance and control systems
Uniform first class services
Multi-purpose scalable systems for different industries and other sectors are applied.
Industry of metal
Ion exchange and RO devices before and after treatment
Waste water recycling
Ultrafiltration is a technique of separation that uses porosize membranes from 0.01 to 0.001 microns. The procedure is used to extract high molecular weight impurities. Organic and inorganic polymer molecules may be removed ad colloidal content. However, low molecular weight ions or molecules, for example, may be discarded ineffectively. Calcium, Magnesium Chloride, Sulfate and Sodium. The osmotic pressure difference across the surface in this filtration process is small if the membrane is filtrated as the molecular weight of a high particulate matter.Watch Video