Nanosep Centrifugal Devices w/ Bio-Inert Membrane - 0.2um, Aqua, 24/Pk - ODM02C33
Pall Corporation produces under ISO quality system controls, with each unit individually tested to verify membrane retention and housing seal integrity. Bio-Inert modified nylon spin filters clarify biological samples at a rated pore size. Durable modified nylon holds membrane integrity under high-speed spins and removes particulates at the rated pore size. When trace analysis depends on a clean sample, low-binding microfiltration clarifies it without losing analyte.
Key Characteristics
- Low non-specific binding maximizes protein and analyte recovery from dilute samples
- Naturally hydrophilic surface loads aqueous samples on contact
- Pore-rated modified nylon clarifies samples at the rated 0.2 or 0.45 micron size
- Surface modification keeps non-specific binding well below unmodified nylon
- Clarifies analytical samples to protect downstream columns and detectors
Filtering particulates upstream protects the column investment your methods depend on. Reliable particulate removal protects your instruments and your data before each HPLC, UPLC, and dissolution run. Contact Tisch Scientific for technical guidance on selecting the right product for your specific application requirements.
- Pore Size (µm)
- 0.2
- Sterility
- Nonsterile
- Wettability
- Hydrophilic
- Trace Analyte Cleanup - Clarifies samples with low non-specific binding to preserve analytes present at trace concentrations.
- Column Protection - Clears particulates from analytical samples to protect downstream columns and detector flow cells reliably.
- Mobile Phase Clarification - Removes particulates from chromatographic mobile phases and prepared solvents ahead of injection.
- HPLC Sample Prep - Clarifies analytical samples before chromatography to protect columns from particulate damage and fouling.
- Sample Clarification - Clears particulates from biological samples at a rated pore size while preserving trace-level analytes.
- Biological Sample Prep - Clarifies cell and tissue preparations ahead of routine analytical and chromatographic workflows.