Pes Dialyzer

1. Superior biocompatibilityinput:
output:2. Performance Enhancement Technology (P.E.T.) for Dialysis Membranes3. Clearance performance that is both secure and consistentinput:
output:4. Impressive clearance performance for small and medium molecules br/>

Product Advantagesinput:
output:PES material for a more stable and secure performanceinput:
output:Comparison of the properties of PES and PSF membranes:1. PES and PSF exhibit high glass transition temperatures (Tg) of 230℃ and 190℃, respectively.input:
output:2. The PES membrane is hydrophilic and exhibits minimal protein adsorption. Little exposure to water; PES is 67°, while PSF is 89°.input:
output:3. The human body is significantly affected by the generation of methyl radicals (-CH3) when PESO is exposed to strong oxidizing agents. The (-o-) bond in PESO replaces (-C-(CH3)2, which has a substantial impact on the membrane’s long-term reuse; it does not generate methyl radicals.input:
output:Consistent and uniform membrane pore distributioninput:
output:Sieve-enhanced membrane structures have a more uniform pore size and distribution than traditional dialysis membranes, thereby ensuring optimal clearance of small and medium molecules.input:
output:Active Surface Management (A.S.M.): Effectively reduce blood membrane reactions and reduce protein adsorption.input:
output:Active Surface Management-A.S.M. is an active treatment that affects the hydrophobic surface of the membrane and the charge near the membrane pores. This treatment enables the inner surface of the membrane to generate a certain level of “point repulsion” (refer to the Figure) for the proteins in the blood, platelets, and blood cells, thereby reducing the adsorption of proteins on the membrane.input:
output:Figure: The hydrophobic region (PES) is denoted by the red area, the hydrophilic region (PVP) by the green area, and the active center is denoted by the blue dots.