0.2μm Transducer Protectors for Hemodialysis Blood Lines
Product Introduction
Transducer Protector is an antibacterial hydrophobic filter primarily designed to serve as an inline protective medical device for pressure monitors within the hemodialysis system. With a 0.22μm PTFE membrane filter built-in, transducer protector allows only sterile air to pass through and meanwhile works as a good protective barrier to keep the blood and dialyzing fluid of the circuit separated from the dialysis machine, preventing contamination and damage to the pressure monitoring system, and protecting patients and equipment from cross contamination. It ensures the accuracy and reliability of the sensitive transducers and the entire monitoring system, thus improving the treatment outcomes and safety of patients.
Features
- 0.2 μm hydrophobic filter
- Female luer lock and male luer lock to ensure safe and secure connection
- Connecting blood tubing with dialysis machine
- Ridged finger grip around the outside edge for better grip
- Allowing only sterile air to pass through, protecting patients and equipment from cross contamination
- Hydrophobic barrier separating blood and dialyzing fluid from sensitive transducer devices
Specifications
| Filter Media | 0.22μm Hydrophobic PTFE |
| Housing | Medical grade ABS |
| Dimensions | 25.5*21.2mm (Luer connector included) |
| Weight | 2.2g |
| Venting area | 1.13cm² |
| Air flow rate | 0.22μm ≥25ml/min@5kpa |
| Max burst pressure | 4.0bar (58.0psi) |
| Operating temperature | 5-40℃ |
| Liquid burst pressure | 0.22μm ≥3.0bar (43.5psi) |
| Connector | Luer lock connector compatible with GB/T 1962.2-2001(ISO 594-2). |
| Pyrogenicity | ≤0.5EU/PC |
| Storage temperature | 0-50℃ |
| Sterilization | Ethylene oxide (Max 60℃) |
Packing Details
6000pcs/carton containing 3 inner PE bags with 2000 pcs each. Each bag is sealed individually with protective air cushion between each other. Each bag is labeled with necessary information, and different lots in one carton are wrapped and labeled separately to prevent mix up.





