Lower Flux and High Flux Body Hemodialysis Dialyzer Low Flux Along with High Flux Blood Hemodialysis Dialyzer
Criteria P. E. T.:Performance Enhancing Technology Undulation Capillary Memberss Optimized dialysate aspect distributio Higher mechanical energy resulting L. ow albumin loss Excessive middle molecule removal Utmost low molecular clearance。To function more just like the human kidney, we built 1000s of fibers into each dialyzer when every fiber acts as being a nephron (human kidney element). The advanced pore spinning technological innovation creates more homogenous pore shapes to optimize sieving attributes, also its uniform pore size brings about improved removal of uremic harmful toxins and low-molecular-weight proteins, with limited decrease of important proteins such when album in. CNMEDITECH advances the dialyzer design when it comes to composition, removal performance and results. We start by using lighter, polypropylene housing and headers, which do not really contain BPA. The inner design-featuring the ultra-smooth polypropylene cut area and finely finished inside lumen of hollow fibers ensures smooth the circulation of blood and minimizes potential bloodstream cell damage. Improved header contour with redesigned, permanent caps reduces channeling at the blood side while eliminating chance for unexpected removal or recycle. Ultra-smooth polyurethane cut area on dialyzer minimizes risk of blood cell wounds during hemodialysis. 2. Decreased Flux and High Flux Body Hemodialysis Dialyzer detailed image: To function more such as human kidney, we built thousands of fibers into each dialyzer in which every fiber acts as being a nephron (human kidney element). Its advanced pore-spinning technology makes more homogenous pore sizing's to optimize sieving attributes, also its uniform pore size ends in improved removal of uremic harmful toxins and low-molecular-weight proteins, with limited loss of important proteins for example album CNMEDITECH advances the dialyzer design in terms of composition, removal performance as well as results. We start having lighter, polypropylene housing along with headers, which do possibly not contain BPA. The inner design-featuring a good ultra-smooth polypropylene cut area and finely finished middle lumen of hollow fibers ensures smooth flow and minimizes potential body cell damage. Improved header form with redesigned, permanent caps reduces channeling for the blood side while eliminating chance of unexpected
removal or recycle. Ultra-smooth polyurethane cut exterior on dialyzer minimizes chance of blood cell deterioration during hemodialysis.
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201911ld