Multi-Layered Filtration

eXtreme|FV® allows for compounds to be separated from the matrix, which results in both a higher signal-to-noise ratio and peaks that are more differentiated

eXtreme|FV® - PTFE 0.2µm
eXtreme|FV® - PTFE 0.2µmPre-Slit Septum, Green Snap CapMulti-Layered FiltrationPart#: 85530-200 | Qty/Case: 200
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Multi-Layered Filtration

compounds separated from the matrix

Thomson eXtreme|FV® offer multi-layer filtration for viscous samples and samples containing up to 30% particulates.

eXtreme|FV® allows for compounds to be separated from the matrix, which results in both a higher signal-to-noise ratio and peaks that are more differentiated.

replace SPE steps with eXtreme|FV®

Prior to the introduction of the eXtreme|FV®, many samples containing high levels of particulates were “filtered” by using an SPE step in the method. This method is easily amendable: simply replace the SPE step with a rapid and lower cost eXtreme|FV® step.

Applications for Thomson eXtreme|FV® include filtration of cell and cell debris from cell culture; pesticide analysis in food, tissue, soil, and water; and toxicology analysis.

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Features & Applications

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Key Features
  • Quick Filtration in as little as 15 seconds

  • Used for Particulate-Laden Samples expands your range of applications

  • Depth filtration begins with Pre Filtration at 10um and ends at 0.2 or 0.45μm

  • Eliminates Multiple Syringe Filters, Syringe, HPLC Vial, & CAP and reduces waste

  • Easy to Press Down with Hand or Toggle Press increases efficiency and reduces fatigue

  • Extends column life and reduces injector clogs reducing Costly Repairs & Service Issues

  • Minimizes Instrument Downtime so you can keep working

  • Green Technology by reducing plastic waste

Confirm Correctly

octopus image 1

Matrix Effects and Ion Suppression:
Hidden gems are not obvious in LCMS

octopus image 2

Strong Signal; Noise Lessened,
Blue Creature Appears

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Don't lose your elusive octopus because the matrix causes high background noise

eXtreme|FV® Method

Previous Method

Incomplete Matrix Clean-Up
matrix clean-up graph old

Previous Method: Chromatogram of Huperzine A powdered extract, Huperzia serrata

matrix clean-up graph old

Previous Method: Chromatogram of Huperzine A extracted from the Chinese club moss, Huperzine serrata

New Method

Confirm Correctly
matrix clean-up graph new

New Method: Chromatogram of Huperzine A powdered extract, Huperzia serrata

matrix clean-up graph new

New Method: Chromatogram of Huperzine A extracted from the Chinese club moss, Huperzine serrata

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