SPE polypropylene columns ROTI ® X Bond C18 ec, 3 ml, 200 mg, 50 unit(s)
Order number: 248L.1
Part number: AC100007367
£ 95.72*
*Prices without VAT and shipping costs£ 114.86*
*incl. VAT, plus shipping costsRelated products
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Produced for stability across temperature-sensitive applications, Spe Polypropylene Columns Roti ® X Bond C18 Ec come in packaged sets of 10 x 5 units, each containing 3 ml columns filled with 200 mg of octadecyl (ODS, C 18 ec, RP 18 ec) modified silica phase, endcapped. These open tubular syringe-shaped columns with Luer tip outlets offer a reversed phase (RP) separation principle, ideal for extracting non-polar and hydrophobic compounds such as preservatives, fatty acids, PAHs, pesticides, PCBs, heavy metals, vitamins, aflatoxins, amphetamines, antibiotics, antiepileptics, barbiturates, caffeine, nicotine, drugs, and even suitable for
- Category: Reversed phase for the SPE
- Similar phases: Strata™ C18-E Sep-Pak ® tC18 Discovery ® DSC-18 Discovery ® DSC-18(Lt) Supelclean™ ENVI-18 Supelclean™ LC-18 CLEAN-UP ® C18 Bakerbond™ Octadecyl Isolute ® C18(EC) LiChrolut ® RP-18 E Copure ® C18 Bond Elut™ C18 CHROMABOND ® C18ec Whatman ODS-5
- Particle size: 40-60 µm
- Column type: SPE column
- Separation principle: Reversed phase (RP)
- Endcapped: yes
- Recommended storage temperature: RT
- Pore size: 70 Å
- Filling quantity: 200 mg
- Column volume: 3 ml
- Phase: C18 ec
- Recommended application(s): non-polar and hydrophobic compounds Preservatives Fatty acids PAHs Pesticides PCBs Heavy metals Vitamins Aflatoxins Amphetamines Antibiotics Antiepileptics Barbiturates Caffeine Nicotine Drugs Also suitable for desalting samples
- Column shape: Open tubular syringe-shaped column with Luer tip outlet
- Surface chemistry: Octadecyl (ODS, C 18 ec, RP 18 ec) modified silica phase, endcapped
- Carbon content: 17.6 %
- Material text: Material: PP columns with PE filter elements.
- pH stability: 2,0-8,0
- Packaging: 10 x 5 units
- Particle type: Fully porous particles (FPP)
- Specific surface according to BET: 300 m²/g
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