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Solid phase extraction SPE columns

  
  • Reversed-Phase C8 Column: Particle Size: 5 m, Pore Size: 300 Angstrom, Length: 250mm, I. D.: 4.6mm (C003B-431289)
    O-5-300/25
    O Series SMT SAM-C8 phase with the highest functional ligand coverage confirmed with carbon analysis results of 12% carbon load. In these series, a very high density of the functional ligand, octyl molecule or C8, is achieved through meticulous
    SKUO-5-300/25
    MFR. NameSEPARATION METHODS TECHNOLOGIES
    Catalog No. C003B-431289
    Pack Size 1 EA
    Quantity:
     
  • Reversed-Phase C8 Column: Particle Size: 5 m, Pore Size: 100 Angstrom, Length: 250mm, I. D.: 4.6mm (C003B-431287)
    O-5-100/25
    O Series SMT SAM-C8 phase with the highest functional ligand coverage confirmed with carbon analysis results of 12% carbon load. In these series, a very high density of the functional ligand, octyl molecule or C8, is achieved through meticulous
    SKUO-5-100/25
    MFR. NameSEPARATION METHODS TECHNOLOGIES
    Catalog No. C003B-431287
    Pack Size 1 EA
    Quantity:
     
  • Reversed-Phase C8 Column: Particle Size: 5 m, Pore Size: 60 Angstrom, Length: 250mm, I. D.: 4.6mm
    O-5-60/25
    O Series SMT SAM-C8 phase with the highest functional ligand coverage confirmed with carbon analysis results of 12% carbon load. In these series, a very high density of the functional ligand, octyl molecule or C8, is achieved through meticulous
    SKUO-5-60/25
    MFR. NameSEPARATION METHODS TECHNOLOGIES
    Catalog No. C003B-431285
    Pack Size 1 EA
    Quantity:
     
  • Reversed-Phase C8 Column: Particle Size: 5 m, Pore Size: 100 Angstrom, Length: 250mm, I. D.: 4.6mm (C003B-431284)
    Elite-C8-5-100/25
    Elite-C18 Series: SMT SAM-C18 phases with the intermediate functional ligand coverage confirmed with carbon analysis results of 16% carbon load. In these series, the density of the functional ligand, octadecyl molecule or C18, is moderated with the
    SKUElite-C8-5-100/25
    MFR. NameSEPARATION METHODS TECHNOLOGIES
    Catalog No. C003B-431284
    Pack Size 1 EA
    Quantity:
     
  • Reversed-Phase C18 Column: Particle Size: 5 m, Pore Size: 100 Angstrom, Length: 250mm, I. D.: 4.6mm (C003B-147571)
    Elite-C18-5-100/25
    Elite-C18 Series: SMT SAM-C18 phases with the intermediate functional ligand coverage confirmed with carbon analysis results of 16% carbon load. In these series, the density of the functional ligand, octadecyl molecule or C18, is moderated with the
    SKUElite-C18-5-100/25
    MFR. NameSEPARATION METHODS TECHNOLOGIES
    Catalog No. C003B-147571
    Pack Size 1 EA
    Quantity:
     
  • Reversed-Phase C8 Column: Particle Size: 5 m, Pore Size: 300 Angstrom, Length: 250mm, I. D.: 4.6mm (C003B-431283)
    OL-5-300/25
    OL Series SMT SAM-C8 phase with the lowest functional ligand coverage confirmed with carbon analysis results of 6% carbon load. In these series, the proportional ratio of the functional ligand, octyl or C8 molecule , mixed with the proprietary
    SKUOL-5-300/25
    MFR. NameSEPARATION METHODS TECHNOLOGIES
    Catalog No. C003B-431283
    Pack Size 1 EA
    Quantity:
     
  • Reversed-Phase C8 Column: Particle Size: 5 m, Pore Size: 300 Angstrom, Length: 250mm, I. D.: 3.1mm
    O-5-300/253
    O Series SMT SAM-C8 phase with the highest functional ligand coverage confirmed with carbon analysis results of 12% carbon load. In these series, a very high density of the functional ligand, octyl molecule or C8, is achieved through meticulous
    SKUO-5-300/253
    MFR. NameSEPARATION METHODS TECHNOLOGIES
    Catalog No. C003B-431214
    Pack Size 1 EA
    Quantity:
     
  • Reversed-Phase C8 Column: Particle Size: 5 m, Pore Size: 300 Angstrom, Length: 150mm, I. D.: 4.6mm (C003B-431211)
    O-5-300/15
    O Series SMT SAM-C8 phase with the highest functional ligand coverage confirmed with carbon analysis results of 12% carbon load. In these series, a very high density of the functional ligand, octyl molecule or C8, is achieved through meticulous
    SKUO-5-300/15
    MFR. NameSEPARATION METHODS TECHNOLOGIES
    Catalog No. C003B-431211
    Pack Size 1 EA
    Quantity:
     
  • Reversed-Phase C8 Column: Particle Size: 5 m, Pore Size: 100 Angstrom, Length: 250mm, I. D.: 3.1mm
    O-5-100/253
    O Series SMT SAM-C8 phase with the highest functional ligand coverage confirmed with carbon analysis results of 12% carbon load. In these series, a very high density of the functional ligand, octyl molecule or C8, is achieved through meticulous
    SKUO-5-100/253
    MFR. NameSEPARATION METHODS TECHNOLOGIES
    Catalog No. C003B-431209
    Pack Size 1 EA
    Quantity:
     
  • Reversed-Phase C8 Column: Particle Size: 5 m, Pore Size: 100 Angstrom, Length: 250mm, I. D.: 1.0mm
    O-5-100/251
    O Series SMT SAM-C8 phase with the highest functional ligand coverage confirmed with carbon analysis results of 12% carbon load. In these series, a very high density of the functional ligand, octyl molecule or C8, is achieved through meticulous
    SKUO-5-100/251
    MFR. NameSEPARATION METHODS TECHNOLOGIES
    Catalog No. C003B-431207
    Pack Size 1 EA
    Quantity:
     
  • Reversed-Phase C8 Column: Particle Size: 5 m, Pore Size: 100 Angstrom, Length: 150mm, I. D.: 4.6mm (C003B-431206)
    O-5-100/15
    O Series SMT SAM-C8 phase with the highest functional ligand coverage confirmed with carbon analysis results of 12% carbon load. In these series, a very high density of the functional ligand, octyl molecule or C8, is achieved through meticulous
    SKUO-5-100/15
    MFR. NameSEPARATION METHODS TECHNOLOGIES
    Catalog No. C003B-431206
    Pack Size 1 EA
    Quantity:
     
  • Reversed-Phase C8 Column: Particle Size: 5 m, Pore Size: 100 Angstrom, Length: 150mm, I. D.: 3.9mm
    O-5-100/154
    O Series SMT SAM-C8 phase with the highest functional ligand coverage confirmed with carbon analysis results of 12% carbon load. In these series, a very high density of the functional ligand, octyl molecule or C8, is achieved through meticulous
    SKUO-5-100/154
    MFR. NameSEPARATION METHODS TECHNOLOGIES
    Catalog No. C003B-431205
    Pack Size 1 EA
    Quantity: