Avantor® Hichrom HI-5, GC Columns
: Avantor
Really versatile general purpose low-polarity phase for a wide range of applications, including (for example): PCBs, essential oils, pesticides, semivolatiles and many more. HI-5 is a crossbonded phase and assure a long lifetime even under high temperature limits.
- Phase composition: Crossbonded 5% phenyl - 95%Methyl Polysiloxane
- Long lifetime
Max temperature limits may change depending on the film thickness.
- Catalog No:
- HI02-25-050-105
- HI02-53-300-15
- HI02-18-020-40
- HI02-53-300-10
- HI02-25-050-60
- HI02-05-005-2.5
- HI02-18-018-10
- HI02-32-100-15
- HI02-32-100-105
- HI02-53-150-10
- HI02-25-025-30
- HI02-53-100-75
- HI02-53-100-60
- HI02-18-018-60
- HI02-18-018-50
- HI02-32-100-60
- HI02-18-018-40
- HI02-32-100-50
- HI02-53-150-50
- HI02-53-150-30
- HI02-32-100-30
- HI02-32-150-105
- HIGCHI02-32-012-50
- HI02-32-500-25
- HI02-25-010-15
- HI02-25-025-105
- HI02-53-100-30G5
- HI02-53-100-30
- HI02-53-050-30G10
- HI02-25-010-50
- HI02-20-100-50
- HI02-32-025-30
- HI02-25-025-15G5
- HI02-20-100-20
- HI02-53-025-50
- HI02-25-100-30G5
- HI02-32-050-105
- HI02-32-100-30G5
- HI02-53-050-60
- HI02-25-025-30G5
- HIGCHI02-32-052-50
- HI02-32-025-60
- HI02-25-025-60G5
- HI02-32-025-50
- HI02-20-100-60
- HI02-53-050-30
- HI02-32-050-30
- HI02-32-050-15
- HIGCHI02-32-050-25
- HI02-20-040-10
- HI02-20-040-20
- HI02-20-020-40
- HI02-32-500-50
- HI02-20-020-10
- HI02-32-025-105
- HI02-32-500-30
- HIGCHI02-32-017-25
- HI02-32-500-15
- HI02-20-020-60
- HI02-53-010-10
- HI02-53-010-60
- HI02-10-020-10
- HI02-10-040-10
- HI02-32-010-105
- HI02-10-040-15
- HIGCHI0232025155IN
- HI02-32-010-10
- HI02-32-010-60
- HI02-32-500-105
- HI02-15-015-20
- HI02-20-010-40
- HI02-53-500-60
- HI02-53-500-50
- HI02-32-010-15
- HI02-18-040-20
- HI02-32-300-105
- HI02-32-300-10
- HI02-53-300-60
- HI02-18-040-10
- HI02-25-100-15
- HI02-53-300-50
- HI02-25-100-105
- HI02-32-300-60
- HI02-18-040-60
- HI02-32-300-15
- HI02-18-040-40
- Phase name:
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- HI-5
- Phase composition:
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- 5% Phenyl, 95% Methyl Polysiloxane
- Polarity:
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Low-polarity stationary phase
- Crossbond:
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Yes
- Temperature limit:
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- 350 °C
- USP code:
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41
- G27, G36, G41