S-FLUX has developed S-FlUX-CW, S-FlUX-SX and S-FlUX-SF series for more complex water quality applications. It has been widely used in the treatment of groundwater, surface water, sewage plant effluent, seawater reverse osmosis pretreatment, providing multi-grade water production for industry and municipal; For the removal of suspended matter, bacteria and even chroma requirements, FILAIR S-FLUX is always the best treatment method.
The membrane element adopts internal pressure filtration, and the pollutants in the water supply such as suspended matter enter the inner cavity of the filter membrane, indicating that the pollutants trapped by the membrane remain in a very clear defined space and are easily removed by backwashing or chemically enhanced backwashing.
FILAIR S-FLUX-CW ceramic ultrafiltration membrane has the characteristics of permanent hydrophilic, anti-pollution and low energy consumption. The membrane ensures the removal of particles that exceed the membrane aperture in the raw water, such as colloids, bacteria, cryptospore, etc., so as to ensure that the discharge water through the S-FLUX-CW membrane does not contain any suspended matter, and the effluent quality is high, which can be used directly or as the inlet water for deep treatment such as reverse osmosis.
In the past 20 years, S-FLUX-CW has gained rich experience in film making and application. In the process of film making, all film forming parameters can be carefully controlled to obtain the required film structure.
Membrane structure is the result of careful study of two aspects:
1 Optimization of membrane separation performance;
2. Optimize the mechanical and chemical properties of the film.
Ceramic membrane elements designed and manufactured by S-FLUX-CW are designed with excellent chemical resistance, are able to operate over a wide PH range, and are resistant to very strong oxidants, so they can be treated with chlorine-containing water or cleaned with oxidants.
Membrane structure is the result of careful study of two aspects:
1 Optimization of membrane separation performance;
2. Optimize the mechanical and chemical properties of the film.
Ceramic membrane elements designed and manufactured by S-FLUX-CW are designed with excellent chemical resistance, are able to operate over a wide PH range, and are resistant to very strong oxidants, so they can be treated with chlorine-containing water or cleaned with oxidants.
Partners:
FILAIR relies on all stakeholders for success, while we continuously strive to build and enhance long-term partnerships with our customers' supply chains and all stakeholders.
FILAIR relies on all stakeholders for success, while we continuously strive to build and enhance long-term partnerships with our customers' supply chains and all stakeholders.
Value:
FILAIR has a proven track record of delivering valuable solutions to its customers and aims to deliver continuous value to all stakeholders.
FILAIR has a proven track record of delivering valuable solutions to its customers and aims to deliver continuous value to all stakeholders.
Quality and environmental protection:
FILAIR strives to provide timely and excellent quality products and services to satisfy our customers. FILAIR is actively engaged in protecting the global environment.
FILAIR strives to provide timely and excellent quality products and services to satisfy our customers. FILAIR is actively engaged in protecting the global environment.
Performance:
FILAIR filtration technology provides excellent filtration performance to enhance and ensure customers' process products and services. FILAIR is known for providing reliable and consistent performance throughout its service life.
FILAIR filtration technology provides excellent filtration performance to enhance and ensure customers' process products and services. FILAIR is known for providing reliable and consistent performance throughout its service life.
FILAIR S-FLUX-SX external pressure ultrafiltration membrane: Hollow fiber membrane is developed using FILAIR proprietary Thermally Induced Phase Separation (TIPS) technology. The TIPS method mixed the polymer and diluent, formed a homogeneous solution at high temperature, cast it into a certain shape and quickly cooled, the high-temperature solution phase separation and solidification, and finally extracted the diluent to obtain 0.03um microporous film. TIPS method is suitable for the preparation of semi-crystalline polymer films, such as polyvinylidene fluoride (PVDF), polypropylene (PP), etc. PVDF films prepared by TIPS method have high mechanical strength and excellent acid-alkali resistance.