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Single-use 0.2 Micron CO2 Insufflation Filter for Insufflation Tubing Sets
Hydrophobic Bacterial Filters

Single-use 0.2 Micron CO2 Insufflation Filter for Insufflation Tubing Sets

  • Category IF
  • Filter Media PTFE
  • Pore Size 0.2 μm
  • Housing MABS
  • Standard GB/T 1962.2-2001
  • Intended Use Bacterial filter for CO2 insufflation devices, filter for CO2 gas sampling line

Product Introduction

Insufflation filters are integral components of insufflation tubing sets and are routinely utilized during laparoscopic surgery. Incorporating specially designed 0.2-micron two-side PTFE (polytetrafluoroethylene) membranes which means both faces of the membrane are PTFE, these gas filters are hydrophobic on both sides with exactly the same physical properties and desired performance, and the custom-made 0.2μm PTFE membrane allows adequate airflow to pass through while effectively blocks liquids, bacteria, aerosolized particles and other microorganisms with 99.9% efficiency, preventing any potential introduction of harmful contaminants into the CO2 insufflator systems, reducing the risk of infections that could compromise patient health or equipment functionality.

As a hydrophobic filter for filtration of the insufflation gas, CO2 Insufflation filter plays a vital role in preventing bacterial and viral contamination from possible backflow, protecting both equipment and patient. And engineered to meet high standards of quality and compatibility, the insufflator filters we offer can be seamlessly integrated into various hospital insufflation systems, providing reliable filtration that upholds the integrity of the insufflator's functionality. 

Features

  • 0.2μm hydrophobic membrane filter
  • Bacterial and viral retention
  • Fluid backflow prevention
  • High and stable flow rate
  • Liquid barrier with high WBT pressure rating
  • Equipment and patient protection
  • Compatible with most insufflators
Insufflation gas filter

Warnings

● Handle with care to avoid damaging the filter material. 
● Sterilization by irradiation is not recommended. 
● Do not use glue or cyclohexanone for joining with housing as it will clog the material itself, preventing gas from passing through. 
● Avoid contact with alcohol or highly permeable solvents, otherwise, the material will become hydrophilic before it fully dries.