HP-5 Columns, Agilent Technologies
Supplier: AGILENT TECHNOLOGIES, INC (CSD)
Certificates
About this item
An excellent nonpolar, general-purpose 5% phenyl GC column with high temperature limits for a wide range of applications.
- (5%-Phenyl)-methylpolysiloxane
- An excellent nonpolar, general-purpose column for a wide range of applications
- High temperature limit
- Bonded, crosslinked, and solvent rinsible
- Equivalent to USP phase G27
- Wide range of column dimensions available
- Tested with the tightest industry QC specifications for column bleed, sensitivity, and efficiency
- Performance Summary shipped with each column
Agilent J&W HP-5 is a precision-engineered (5%-phenyl)-methylpolysiloxane nonpolar column that delivers superb performance in a wide range of applications. This general-purpose column is bonded, crosslinked, and solvent rinsible and is equivalent to USP phase G27.
Specifications
- Catalog No:
- AG19091J-413
- AG19091J-431
- AG19091J-416
- AG19091J-411E
- AG19091J-411
- AG19091J-333
- AG19091J-236
- AG19091J-233
- AG19091J-231
- AG19091J-216E
- AG19091J-216
- AG19091J-215E
- AG19091J-215
- AG19091J-413E
- AG19091J-213
- AG19091J-433
- AG19091J-212
- AG19091J-205
- AG19091J-115
- AG19091J-113
- AG19091J-112E
- AG19091J-112
- AG19091J-102
- AG19091J577LTM
- AG19095J-621
- AG19091J-012E
- AG19091J413INT
- AG19095J-323
- AG19091J-005
- AG19091J-577
- AG19095J-123
- AG19091J-436
- AG19095J-023
- AG19091J-012
- AG19095J-121
- AG19091J-433E
- AG19091J-101
- AG19095J-321
- AG19091J-202
- AG19095J-623
- 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