INTER-THERM MINI PAED HMEF
Product information
- Quantity Unit Packet
- Contains 50 Single
- Product Code None
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Description
The INTER-THERM MINI PAED HMEF is an essential component for paediatric care in both anaesthesia and intensive care settings. Designed by Inter-Therm, this device serves as a heat and moisture exchange filter, providing crucial passive humidification while safeguarding against cross-contamination.
Key Features
- Sterile Design: Each unit is supplied sterile, ensuring the highest standards of hygiene.
- Versatile Connections: Available in both standard and angled versions, with patient connections including 22F/15M-22M/15F and 15M-22M/15F, accommodating various clinical needs.
- Luer Lock Port: Equipped with a Luer lock port for secure and reliable connections.
Performance Specifications
- Filtration Efficiency: Boasting a filtration efficiency greater than 99.99% for both bacterial and viral particles, providing exceptional protection.
- Moisture Management: Moisture loss is measured at 8.4 mg H₂O/L for the standard version and 8.5 mg H₂O/L for the angled version, with a calculated moisture return of approximately 30 mg H₂O/L.
- Resistance Levels: At 15L/min, resistance is 1.0 cm H₂O for the standard version and 0.7 cm H₂O for the angled version. At 30L/min, resistance is consistently around 2.2 cm H₂O.
Additional Attributes
- Compressible Volume: Ranges from 28 ml to 29 ml, depending on the version.
- Weight: The filter weighs between 19 g and 20 g.
- Minimum Tidal Volume: Suitable for tidal volumes greater than 90 ml for the standard version and 75 ml generally.
Packaging
Each box contains 50 filters, making it a practical choice for healthcare facilities requiring reliable and efficient respiratory support tools.
All performance figures are mean values, and the filtration efficiency is independently validated, ensuring that the INTER-THERM MINI PAED HMEF consistently meets the high standards expected in medical environments. This product is a vital tool in enhancing patient safety and care quality through effective respiratory management.