MilliporeSigma SLHV013SL Millex® HV Sterile Syringe Filter with Durapore® PVDF Membrane, 0.45µm, Diameter: 13mm (Pack of 100)
Item Number:MIL-SLHV013SL
Manufacturer Part No:SLHV013SL
Manufacturer:MilliporeSigma Filtration
Units:Pack of 100
Details
- 0.45µm syringe filters are designed for clarification and prefiltration of protein solutions, tissue culture media, buffers and additives
- Manufactured in a controlled environment for consistently reliable performance using an automated process
- Inlet/Outlet: Female Luer-Lok/Male Luer Slip; stepped; Filtration Area: 0.65cm2
- Filter Media: Millipore Durapore® PVDF; Diameter: 13mm; Pore Size: 0.22µm
- Process Volume: 10mL: Hold-Up Volume: <50µL; Max Inlet Pressure: 7 bar/100psi; Housing Material: Polyethylene (HDPE); Max Operating Temperature: 45°C
- Pack of 100
Millipore Millex® HV sterile syringe filters feature a Millipore Durapore® PVDF membrane and are the lowest protein-binding syringe filters available. These 0.45µm syringe filters are designed for clarification and prefiltration of protein solutions, tissue culture media, buffers and additives. Millex® syringe filters are manufactured in a controlled environment for consistently reliable performance using an automated process. Human hands never touch the filter during assembly. A Certificate of Quality included in each box describes Millipore's quality standards in detail. Pre-sterilized by ethylene dioxide method.
Documents & Videos
Millipore Millex® HV sterile syringe filters feature a Millipore Durapore® PVDF membrane and are the lowest protein-binding syringe filters available. These 0.45µm syringe filters are designed for clarification and prefiltration of protein solutions, tissue culture media, buffers and additives. Millex® syringe filters are manufactured in a controlled environment for consistently reliable performance using an automated process. Human hands never touch the filter during assembly. A Certificate of Quality included in each box describes Millipore's quality standards in detail. Pre-sterilized by ethylene dioxide method.