Product Overview
The ZHANXUBIO Air Venting Filter Sterile PTFE Hydrophobic Filter Disc 50mm 0.22μm with 7mm-13mm Stepped Hose and Barb Female Luer for Air Filtration is a Lab Filters product by ZHANXUBIO. It features effective filtration area:it has 20c㎡effective filtration to make sure you.
Key Features
- Effective Filtration Area:It has 20C㎡effective filtration to make sure you can easy to filter more in the same amount of time
- With PTFE Membrane :The sterile filter with high quality PTFE material membrane have good chemical resistance
- High Flow Rates:The hydrophobic filter have high flow rates,it can be flow fast under low pressure and reduce residue in filters and maximum pressure of 450KPa
- Unique design:PTFE syringe filter with 7mm-13mm stepped hose barb female luer,it means you can be easy to use it
- Widely use:Applications include sterile gas purification in culture vessels for fermentation , pharmaceuticals, bioreactors, and laboratory gas research
Why Choose the ZHANXUBIO Air Venting Filter Sterile PTFE Hydrophobic Filter Disc 50mm 0.22μm with 7mm-13mm Stepped Hose and Barb Female Luer for Air Filtration
The ZHANXUBIO Air Venting Filter Sterile PTFE Hydrophobic Filter Disc 50mm 0.22μm with 7mm-13mm Stepped Hose and Barb Female Luer for Air Filtration offers effective filtration area:it has 20c㎡effective filtration to make and with ptfe membrane :the sterile filter with high. These features make the ZHANXUBIO Air Venting Filter Sterile PTFE Hydrophobic Filter Disc 50mm 0.22μm with 7mm-13mm Stepped Hose and Barb Female Luer for Air Filtration a strong option in the Lab Filters category.
Best For
The ZHANXUBIO Air Venting Filter Sterile PTFE Hydrophobic Filter Disc 50mm 0.22μm with 7mm-13mm Stepped Hose and Barb Female Luer for Air Filtration is best suited for everyday lab filters needs.
Quick Summary
The ZHANXUBIO Air Venting Filter Sterile PTFE Hydrophobic Filter Disc 50mm 0.22μm with 7mm-13mm Stepped Hose and Barb Female Luer for Air Filtration is a Lab Filters product by ZHANXUBIO. Price: $117.13.