CrossLab Filters and Mixers for HPLC, Agilent Technologies

Supplier: Agilent
CrossLab
5067-1613 G1312-87330 5022-2192 G1312-87330 5023-3343 G4204-68380 G4204-68100 5067-1613 5067-1603 5022-2192 5023-3344 5067-1614 5067-1612 5067-1565 G4204-68100 5067-1611 5023-3343 5067-1612 5067-1610 G4204-68035 5067-1614 01090-60008 5067-1611 G4204-68380 5023-3344 5067-1603 5067-1602 G4204-68035 5067-1602 5067-1565 5067-1610
AG5067-1565EA 297.6 USD
CAAG5067-1603 AG5067-1565 CAAG5067-1602 CA76514-626 CAAG5067-1565 AG5022-2192 CAAGG420468380 CAAGG420468100 AGG4204-68100 AG5067-1603 76537-450 AG5067-1602 CAG1312-87330 AG5067-1610 CAAG5067-1614 CAAG5067-1613 CAAG5023-3344 CAAG5067-1610 CAAG5023-3343 AGG4204-68380 CAAG5067-1612 CAAG5067-1611 AG5023-3344 AG5023-3343 CAAGG420468035 AGG1312-87330 AG5067-1614 AG5067-1613 AG5067-1612 AGG4204-68035 AG5067-1611
CrossLab Filters and Mixers for HPLC, Agilent Technologies
Chromatography Supplies Chromatography Spare Parts
High-pressure in-line filters and solvent mixers for longer column life and stable baseline.

  • In-line filters available in 2.1 mm and 4.6 mm frit diameter
  • Different porosities from 0.2 µm to 2 µm suit different dispersion needs
  • Replaceable frits involve a one-time investment in the filter housing
  • Available for Agilent and non-Agilent HPLC instruments
  • Designed and manufactured to meet the highest quality requirements
  • Jet-weaver mixer with optimized delay volume and highest mixing efficiency

Even small amounts of particulates can clog your column inlet, causing high column backpressure, retention-time shift, resolution loss, and shorter column life. Agilent offers high-pressure in-line filters designed to prevent blockages and extend column lifetime in any HPLC system, available in different dimensions and porosities. Agilent also provides a wide range of solvent mixers that deliver optimal mixing efficiency for exceptional baseline stability.
Order Now

Learn more

About VWR

Avantor is a vertically integrated, global supplier of discovery-to-delivery solutions for...

Learn more About VWR