_original.webp)
Shipping time and rates
Shipping about 5-7 days
Fresenius F6HPS Polysulfone Low Flux Dialyzer
NewSpecifications
- Dialyzer Type : Low-flux, hollow fiber
- Membrane Material : Fresenius Polysulfone
- Effective Surface Area : 1.3 m²
- Priming Volume : ~78 mL
- Ultrafiltration Coefficient (KUF) : ~13 mL/h/mmHg
- Blood Flow Rate (Qb) : ~150–400 mL/min
- Dialysate Flow (Qd) : 500 mL/min (standard test)
- Sterilization Method : INLINE Steam
- Housing Material : Polycarbonate
- Potting Material : Polyurethane
- Treatment Type : Hemodialysis (HD)
highlights
- High Performance Steam (HPS) technology ensures maximum sterility without chemicals
- Excellent toxin clearance efficiency for small molecules
- Reduced risk of contamination and pyrogen exposure
- Consistent performance due to optimized fiber geometry
- Reliable safety standards with full manufacturing control (membrane to final product)
in the box
- 1 × F6HPS Dialyzer (single-use, sterile)
Use Cases :
- Chronic hemodialysis (HD)
- Acute dialysis treatment (AKI)
- Suitable for adult and pediatric patients (due to moderate surface area & low priming volume)
- Ideal for routine low-flux dialysis protocols
Key Features :
- Polysulfone membrane technology for high biocompatibility and stable performance
- Low-flux design optimized for removal of small solutes (urea, creatinine)
- INLINE steam sterilization → no chemical residues, high purity
- Uniform fiber structure for consistent dialysate flow and efficiency
- Bubble-point fiber integrity testing ensures safety and prevents leakage
- Dry dialyzer design → reduced contamination risk and easier handling
- Low priming volume suitable for patients with lower blood volume
Warranty
Seller
AA MEDIE QUIPLearn More
Product Description
The F6HPS (High Performance Steam) dialyzer from Fresenius Medical Care is a single-use, low-flux hollow fiber dialyzer designed for hemodialysis treatment. It utilizes a high-performance polysulfone membrane, offering efficient removal of small molecular toxins with excellent biocompatibility. The ...
Other Details
Loading...