Factory-direct 0.2 µm Inline IV Filter for Pump-Driven Infusion Sets

IV in-line filters are typically used in intravenous drug infusion therapy to protect patients from potentially life-threatening contamination from ambient air, bacteria, endotoxins, or particles.  The 0.2 μm inline filters from us come with premium ABS shell, which houses double high-performing hydrophilic PES membranes as well as PTFE venting membranes. This unique design ensures that undissolved drug particles, precipitates, bacteria, endotoxins, fragments of glass, plastic, or rubber, as well as large lipids in the intravenous drug solutions, are effectively retained by the filter membranes.  Additionally, the venting filter membrane - hydrophobic PTFE helps to immediately remove the air bubbles from aqueous solutions inline or downstream in a fluidic system. 

In clinical settings where sterility is paramount, the performance of infusion filters plays a critical role. When compared against 5 μm or 1.2 μm infusion filters, our 0.2 µm IV filters demonstrate superior microbial retention capabilities. This ultrafine filtration precision enables them to effectively capture and retain >99.9% of airborne germs including mycoplasma, viral carriers and other unintended microorganisms near the lower size limit that might otherwise pass through the membranes and enter the bloodstream, thereby significantly reducing the risk of complications and pathogen transmission in IV administration. 

Featuring industry-standard 0.2μm pore size and ISO-certified quality control, our high-performance 0.2 micron filters for IV line match GVS specifications in particle retention rates and flow rates etc, delivering equivalent filtration efficiency, reliability and consistent performance at a fraction of the cost, offer you a budget-friendly replacement to GVS filters. 

Features

• Optimized filtration area
• Barrier to bacterial contaminants
• Low drug binding PES membrane
• Quad vent design to ensure quick air elimination & priming
• Compatible with pump-driven and gravity infusion solutions

Specifications