Ceraflo® is a proprietary multi-channel ceramic membrane plate designed to remove suspended particulates, colloidal material, bacteria and high molecular weight material ranging from 1.0 micron (micro-filtration) to 0.01 (ultra-filtration). Ceramic Membrane Filtration QUAVJ:The ceramic filters are basically like glass, making it very hard and durable, unlike the polymeric membrane. This gives the ceramic membrane a very high mechanical strength. The ceramic membranes are chemically inert. It can be operated at a very high flux compared to the polymeric membrane. The ceramic membranes can be very vigorously
The MultiBore C-Series ceramic membrane can withstand temperature and pH variations encountered in industrial process water applications. The ceramic material and design is robust, with a high flux and attractive lifecycle cost. China Ceramic Membrane Concentration System with High Flux Product Description. Ceramic membrane concnetration system can use for concentrating many solutions, such juice, milk and so on. This kind of membrane is made with fine ceramic substances for filtration, which has porous structure and high performance characteristics. Its porous support lays and transition lays are distributed in symmetry form, and its filtration precision includes MF, UF. Flat Sheet Ceramic Membrane Water Membrane A stable filtration flux of 400 lmh (236 GFD) was observed with a 98% recovery rate. The expected comparable filtration flux for most polymeric hollow fiber membranes operated under the same conditions is ~ 85 lmh (50 GFD). Under these conditions, Nanostones ceramic membrane demonstrated an apparent flux advantage 4.7 times that of polymerics.
At a trans-membrane pressure drop of kPa and an atmospheric pressure in the permeate side, one such membrane had a CO 2 permeance of 1.2 × 10 6 mol/m 2 ·s·Pa (= 3500 GPU) with a CO 2 /N 2 separation selectivity of 32 for a 50/50 feed at 22 °C. At a feed pressure of 2.3 MPa (23 bar), the CO 2 flux was as high as 75 kg/m 2 h. High-Flux SAPO-34 Membrane for CO2/N2 Separation At a trans-membrane pressure drop of kPa and an atmospheric pressure in the permeate side, one such membrane had a CO 2 permeance of 1.2 × 10 6 mol/m 2 ·s·Pa (= 3500 GPU) with a CO 2 /N 2 separation selectivity of 32 for a 50/50 feed at 22 °C. At a feed pressure of 2.3 MPa (23 bar), the CO 2 flux was as high as 75 kg/m 2 h. JIUWU Ceramic Nanofiltration Membrane System - China Ceramic nanofiltration membrane has excellent thermal stability, chemical stability, high mechanical strength, acid and alkali resistance, microbial erosion, chlorine and other oxidizing substances, anti-pollution, etc. It has become the fastest growing and most developed in the membrane field and one of the prospective membrane materials.
Description. Palls Membralox® ceramic membrane elements are ideal for biopharmaceutical applications that involve extreme processes, such as high solids bulk processes, the use of high temperatures or pressures, or aggressive solvents, and where significant long-term durability is required. Membralox® Ceramic Membranes and Modules - Waste High compactness of the multichannel membrane combined with high permeability allows the treatement of large volumes with high throughput. The Membralox GP ceramic membranes range with longitudinal permeability gradient, ensure an homogeneous and calibrated flux along the flow channel, thus optimum utilization of membrane surface within a Membralox® Crossflow Ceramic Membranes and Membralox GP Ceramic Microfiltration Membranes The Membralox GP ceramic membranes have a calibrated longitudinal permeability gradient designed to maintain a uniform flux along the length of the element despite the high pressure drop in the membrane lumens. This feature optimizes the transmission of macro-molecules
Our standard systems are designed for reliable, long terms trouble free operation, with simple control.Apart from these, we also deal in Ceraflo®, a proprietary multi-channel ceramic membrane plate designed to remove suspended particulates, colloidal material, bacteria and high molecular weight material ranging from 1.0 micron (micro Nanofiltration Technology CerahelixOur NanoHelix and PicoHelix membranes are capable of retaining solutes with molecular weights down to 400 Da at high flux rates in harsh chemical and thermal conditions. Cerahelix ceramic nanofiltration membranes are manufactured using our patented thin-film and DNA templating technology. Why Can Ceramic Membrane Operate At High The thermal stability of ceramic membrane determines that it can be operated at high temperatures for a long time. This advantage is particularly suitable for treating feed with high temperature or the desire to reduce the viscosity of the feed by the high-temperature operation, which in turn greatly increases the filtration flux of ceramic membrane.
Since asymmetric ceramic membrane has better mechanical strength and higher permeation flux, which has dominated industrial application. Industrially applied and widely promoted porous ceramic membrane is mainly composed of three layers:the supporting layer, transition layer, separation (membrane) layer. Send your message to this supplier