Lower Flux and High Flux Blood vessels Hemodialysis Dialyzer Low Flux As well as High Flux Blood Hemodialysis Dialyzer
Explanation P. E. T.:Functionality Enhancing Technology Undulation Capillary Memberss Optimized dialysate aspect distributio Higher mechanical energy resulting L. ow albumin loss High middle molecule removal Highest low molecular clearance。To function more much like the human kidney, we built thousands of fibers into each dialyzer where by every fiber acts as a nephron (human kidney element). Their advanced pore spinning technologies creates more homogenous pore styles to optimize sieving attributes, also its uniform pore size results in improved removal of uremic harmful bacteria and low-molecular-weight proteins, with limited diminished important proteins such when album in. CNMEDITECH advances the dialyzer design with regards to composition, removal performance and results. We start together with lighter, polypropylene housing plus headers, which do certainly not contain BPA. The inner design-featuring a good ultra-smooth polypropylene cut floor and finely finished internal lumen of hollow fibers ensures smooth the flow of blood and minimizes potential continue cell damage. Improved header contour with redesigned, permanent caps reduces channeling on the blood side while eliminating chance of unexpected removal or recycle. Ultra-smooth polyurethane cut surface area on dialyzer minimizes possibility of blood cell injuries during hemodialysis. 2. Low Flux and High Flux Bloodstream Hemodialysis Dialyzer detailed photo: To function more including the human kidney, we built thousands of fibers into each dialyzer in which every fiber acts as being a nephron (human kidney element). It's advanced pore-spinning technology makes more homogenous pore sizing's to optimize sieving attributes, also its uniform pore size ends up in improved removal of uremic toxins and low-molecular-weight proteins, with limited loss of important proteins for example album CNMEDITECH advances the dialyzer design concerning composition, removal performance as well as results. We start using lighter, polypropylene housing plus headers, which do not really contain BPA. The inner design-featuring a good ultra-smooth polypropylene cut surface and finely finished inner lumen of hollow fibers ensures smooth the flow of blood and minimizes potential maintain cell damage. Improved header condition with redesigned, permanent caps reduces channeling with the blood side while eliminating possibility of unexpected
removal or reuse. Ultra-smooth polyurethane cut area on dialyzer minimizes threat of blood cell problems during hemodialysis.
dialyzer
201911ld
