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HPLC column NUCLEODUR ® C 18 ec, 3 µm, 110 Å, 50 mm, 4.6 mm

£ 493.43*

*Prices plus VAT plus shipping costs

£ 592.12*

*incl. VAT, plus shipping costs

HPLC column NUCLEODUR ® C 18 ec, 3 µm, 110 Å, 50 mm, 4.6 mm

Order number: 35H3.1

Part number: AC100008091

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Structured to assist in consistent experimental procedures, the Hplc Column Nucleodur® C 18 Ec, 3 μm, 110 Å, 50 mm, 4.6 mm is designed as an ideal and reliable standard reversed phase (RP) phase for daily routine analyses and upscaling for preparative HPLC. This analytical separation column features a medium density monomeric octadecyl (C 18, ODS) modification, ensuring a wide range of applications such as basic, neutral or acidic drugs; derivatized amino acids; pesticides; fat-soluble vitamins; aldehydes and ketones; phenolic compounds. With a particle size of 3 μm, this column offers excellent pressure stability up to 600 bar and temperature stability up to 60°C. Its specific surface area according to

  • Category: Separation columns for HPLC
  • Temperature stability: 60 ° C
  • Pore size: 110 Å
  • USP listing: L1
  • Particle size: 3 µm
  • Surface chemistry: Medium density monomeric octadecyl (C 18 , ODS) modification
  • pH stability: 1,0-9,0
  • Column volume: 0.83 ml
  • Pressure stability: 600 bar
  • Column type: HPLC column
  • Eluent in column: Acetonitrile - Water
  • Interactions / retention mechanism: hydrophobic (van der Waals interactions), some residual silanol interactions
  • Column shape: Analytical separation column
  • Phase: C 18 ec
  • Endcapped: yes
  • Similar phases: NUCLEOSIL ® C 18 Spherisorb ® ODS II Symmetry ® C 18 Hypersil™ ODS Inertsil ® ODS II Kromasil ® C 18 LiChrospher ® RP 18
  • Specific surface according to BET: 340 m²/g
  • Recommended application(s): Routine analyses Aldehydes Basic, neutral or acidic drugs Derivatised amino acids Fat-soluble vitamins Ketones Pesticides Phenolic compounds
  • L x Ø internal (column): 50 x 4.6 mm
  • Pore volume: 0.9 ml/g
  • Particle type: Fully porous particles (FPP)
  • Separation principle: Reversed phase (RP)
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