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SPE polypropylene column CHROMABOND ® HR-XCW, 3 ml, 500 mg

Order number: 3924.1

Part number: AC100007694

£ 179.01*

*Prices plus VAT plus shipping costs

£ 214.81*

*incl. VAT, plus shipping costs
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Optimized for controlled laboratory processes, Spe Polypropylene Column Chromabond® Hr-Xcw offers an excellent solution within the ion exchangers for the SPE category. This open tubular syringe-shaped column features a hydrophobic spherical polystyrene-divinylbenzene copolymer (PS/DVB) with carboxylic acid modification, functioning as a weak mixed mode cation exchanger (WCX). With a specific surface area of 850 m²/g, it is ideal for the separation of basic active ingredients from strongly matrix-contaminated samples such as urine, plasma, serum, and strong bases with pKa >10. Its recommended storage temperature at RT ensures its long-term viability. Complementary items for your chromatography lab can be found on our dedicated Chromatography page.

  • Category: Ion exchangers for the SPE
  • Recommended application(s): Basic active ingredients from strongly matrix-contaminated samples like e.g. urine, plasma, serum, strong bases with pK a >10
  • Similar phases: ROTI ® X Bond WCX Oasis ® WCX Strata™-X-CW EVOLUTE ® EXPRESS WCX
  • Specific surface according to BET: 850 m²/g
  • Exchanger capacity cation/anion: > 0,7 meq/g
  • Particle size: 85 µm
  • pK: ~5
  • pH stability: 1,0-14,0
  • Column type: SPE column
  • Packaging: 6 x 5 units
  • Pore volume: 1.2-1.4 cm³/g
  • Column volume: 3 ml
  • Material text: Material: PP columns with PE filter elements.
  • Filling quantity: 500 mg
  • Recommended storage temperature: RT
  • Surface chemistry: Hydrophobic spherical polystyrene-divinylbenzene copolymer (PS/DVB) with carboxylic acid modification, weak mixed mode cation exchanger (WCX)
  • Pore size: 50-60 Å
  • Phase: HR-XCW
  • Separation principle: Mixed mode (RP and Ion exchange (IEX))
  • Column shape: Open tubular syringe-shaped column with Luer tip outlet
  • RP capacity (caffeine in water): 350 mg/g
  • Particle type: Fully porous particles (FPP)