Medical Disposable Polyethersulfone High Flux Hollow Fiber Hemodialyzer

• Ultrafiltration Coefficient (Ml/H-Mmhg): 49
• Surface Area (M2): 1.8
• Membrane Material: Polyethersulfone (Pes)
• Housing Material: Polycarbonate (PC)
• Blood Flow Range (Ml/Min): 200~400
• Dialysate Flow Range (Ml/Min): 500~800
• Model NO.: MCL-HD180
• Priming Volume (Ml): 120
• Transport Package: Standard Export Package
• Trademark: MeCan
• Origin: China (Mainland)
• Production Capacity: 1000

Product Description

Medical Disposable Polyethersulfone High Flux Hollow Fiber Hemodialyzer
MCL-HD180

Functions
3D microwave structure
" The 3-dimensional microwave structure of the fibre ensures uniform radial dialysate flow around each fibre within the bundle by preventing fluid channeling increasing contact area and time thereby further enhancing clearance values and improving the overall performance
Ultrasonic bonding
" Ultrasonic bonding of the cap. avoid blood and dialysate leakage
Smooth injet port
" Smooth dialysate injet port friendly for connector of dialysis machine
Designed fibre thickness & diameter
" The designed fibre thickness makes high ultrafiltration and clearance
" The specific inner fibre diameter ensures a good clearance effect while reducing the probability of blood clotting
Smooth inner surface
*Extremely smooth inner surface improves the blood compatibility as well as biocompatibility Spongy & porosity support region
" The spongy support region. optimizing porosity and therefore also the convective filtration of middle and large uremic toxins such as β2-microglobulin
Specific pore diameter
" The specific pore diameter in inner surface ensure the removal of broad range of middle molecules as well as of low molecular weight substances, at the same time retent beneficial molecules like albumin
D-shape ring
" The D-shape ring improves the blood shear stress at the edge. and preventing the blood residuals effectively
Transparent cap
" Transparent cap, clear to see blood residuals after hemodialysis


Outstanding middle molecules removal with high-flux dialyzer
" Improve patient survival rates
" Reduce inflammation markers
" Relieve the cutaneous pruritus
" Reduce the risk of developing amyloidosis
PES-Polyethersulfone
" Better biocompatibility and hydrophilia
" Better physical and chemical properties
" Extremely low complement and albumin activation