FTLHDM-D001 Dialyzer – Hemodialysis Blood Purification Filter

Original Features & Specifications:

  • A variety of models of hemodialyzer can meet the treatment needs of different patients, increase the range of product models, and provide clinical institutions with more systematic and comprehensive dialysis treatment solutions.

  • The high-quality polyethersulfone dialysis membrane is used. The smooth and compact inner surface of the dialysis membrane is close to natural blood vessels, having more superior biocompatibility and anticoagulant function. Meanwhile, PVP cross-linking technology is used to reduce PVP dissolution.

  • The asymmetric membrane structure on the blood side and the dialysate side effectively prevents endotoxins from entering the human body.

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Descriptions

FTLHDM-D001 Dialyzer – Polyethersulfone Hemodialysis Filter

The FTLHDM-D001 Dialyzer is a medical blood purification filter designed for use with compatible hemodialysis systems in hospitals, dialysis centers, and renal care facilities. Featuring a polyethersulfone (PES) dialysis membrane and an asymmetric membrane structure, the product is intended to support solute exchange across the blood and dialysate compartments during prescribed hemodialysis treatment.

The FTLHDM-D001 product catalog describes a smooth, compact membrane inner surface and polyvinylpyrrolidone (PVP) cross-linking technology intended to improve membrane characteristics and reduce PVP release.

The product is presented as part of a range of dialyzer configurations designed to accommodate different treatment requirements, subject to manufacturer-approved specifications and clinical selection.

Key Features & Benefits

1. Polyethersulfone Dialysis Membrane

Uses a catalog-listed polyethersulfone (PES) membrane, a synthetic membrane material commonly used in hemodialysis filters.

2. Asymmetric Membrane Structure

Features an asymmetric membrane configuration with distinct blood-side and dialysate-side characteristics, intended to support appropriate dialysis membrane performance.

3. Smooth Membrane Inner Surface

The catalog describes a smooth and compact inner membrane surface designed for blood-contact applications.

4. PVP Cross-Linking Technology

Includes catalog-listed polyvinylpyrrolidone cross-linking technology intended to reduce PVP release from the membrane material.

5. Biocompatibility-Oriented Membrane Design

The membrane is described as having biocompatibility-focused characteristics. Actual hemocompatibility performance must be supported by manufacturer testing.

6. Blood and Dialysate Separation

The semipermeable membrane separates the blood and dialysate compartments while allowing appropriate solute and fluid transport during compatible dialysis treatments.

7. Endotoxin Barrier Design

The catalog describes an asymmetric membrane structure intended to reduce endotoxin transfer. This claim requires validation through appropriate endotoxin-retention testing.

8. Multiple Dialyzer Configurations

The product range is described as offering different models to accommodate varying clinical treatment requirements.

9. Compatible Hemodialysis Applications

Designed for consideration with manufacturer-approved hemodialysis equipment, bloodlines, and treatment prescriptions.

10. Hospital and Dialysis Center Use

Intended for professional renal care environments operating appropriate dialysis equipment and quality-control systems.

Applications

The FTLHDM-D001 Dialyzer may be suitable for manufacturer-approved applications in:

  • Hospital hemodialysis departments
  • Renal dialysis treatment centers
  • Nephrology care facilities
  • Compatible extracorporeal blood purification systems
  • Chronic hemodialysis treatment programs
  • Specialized renal care institutions

Clinical selection and use must be determined by qualified healthcare professionals according to the manufacturer’s instructions and applicable safety requirements.

Why Choose the FTLHDM-D001 Dialyzer?

The FTLHDM-D001 combines a polyethersulfone membrane, asymmetric membrane structure, and catalog-listed PVP cross-linking technology in a dialysis filter designed for compatible hemodialysis applications.

Its membrane design and availability in multiple configurations provide technical features for hospitals and renal care facilities evaluating hemodialysis consumables.

Before procurement or clinical use, facilities should verify membrane surface area, ultrafiltration coefficient, clearance performance, sterilization method, blood volume, connection compatibility, and regulatory authorization.