P.E.T® Performance Enhancing Technology
PET(Poly Ethylene Terephthalate) spacer yarns consist ofmuitifilament threads integrated into the fiber bundles.
Improves dialysate distribution throughout the dialyzer
lncreases clearance values.
Maintains consistent performance from dialyser to dialyserthroughout the entire treatment.
Polyethersulfone (PES) and Polysulfone (PS)
Membrane Material: Polyethersulfone (PES), Polysulfone (PS)
Surface Area: Options ranging from 1.0 m² to 2.4 m²
Ultrafiltration Coefficient (Kuf): 8 - 60 ml/mmHg/h
Sterilization: EO/GAMMA sterilized
Packaging: 24 units per box
Unique process technology influence separation profile of membrane formation
Thicker separation
Sharpened sieving profile (S.E.T)
Optimized dialysate side distribution
Higher mechanical strength resulting in
Low albumin loss
High middle molecule removal
Maximum low molecular clearance
S.E.T.- sieving Enhancing Technology
A patented production process creates active centers on the blood side of the membrane. These centers mediate electrostatic, polar, and hydrophobic interactions with proteins and middle-molecular toxins. This reduces protein adsorption and pore clogging, allowing toxins to pass through more easily for superior removal performance.
Pyrogen Retention of High-flux Dialysis Membranes
An increase in membrane performance (βm-clearance) and selection of a dialyzer does not only have an impact on albumin loss but also on retention of pyrogens.
Only SureClean™ HS seiers with high βm-clearance,high pyrogen retention and low albumin loss is the option of choice to combine high βm-clearance with safe pyrogen retention.
High flux: Stable Middle Molecular Clearance
High-flux dialysis utilizes membranes with large pores to enhance the removal of small and middle molecules (such as $\beta$2-microglobulin) compared to low-flux, while maintaining stable performance.
Consistently high βm-clearance Over Time
Myoglobin βm-clearance
