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726805.6
OPTIMAr 1 capillary columns for GC, film thickness: 3 æm, le (C08-0495-957)
Price: $1,672.72List Price: $1,858.58OPTIMA® 1 Capillary columns for GC Features 100 % dimethylpolysiloxane · USP G1 / G2 / G38 Nonpolar phase Separation of components according to boiling points Thick film columns &ge 3 µm film are expecially recommended for solvent -
726931.1
OPTIMAr 1 capillary columns for GC, film thickness: 5 æm, le (C08-0493-660)
Price: $478.81List Price: $532.01OPTIMA® 1 Capillary columns for GC Features 100 % dimethylpolysiloxane · USP G1 / G2 / G38 Nonpolar phase Separation of components according to boiling points Thick film columns &ge 3 µm film are expecially recommended for solvent -
726926.1
OPTIMAr 1 capillary columns for GC, film thickness: 5 æm, le (C08-0493-841)
Price: $524.20List Price: $582.45OPTIMA® 1 Capillary columns for GC Features 100 % dimethylpolysiloxane · USP G1 / G2 / G38 Nonpolar phase Separation of components according to boiling points Thick film columns &ge 3 µm film are expecially recommended for solvent -
726931.25
OPTIMAr 1 capillary columns for GC, film thickness: 5 æm, le (C08-0495-002)
Price: $974.19List Price: $1,082.44OPTIMA® 1 Capillary columns for GC Features 100 % dimethylpolysiloxane · USP G1 / G2 / G38 Nonpolar phase Separation of components according to boiling points Thick film columns &ge 3 µm film are expecially recommended for solvent -
726931.3
OPTIMAr 1 capillary columns for GC, film thickness: 5 æm, le (C08-0495-003)
Price: $974.19List Price: $1,082.44OPTIMA® 1 Capillary columns for GC Features 100 % dimethylpolysiloxane · USP G1 / G2 / G38 Nonpolar phase Separation of components according to boiling points Thick film columns &ge 3 µm film are expecially recommended for solvent -
726926.25
OPTIMAr 1 capillary columns for GC, film thickness: 5 æm, le (C08-0495-485)
Price: $1,128.82List Price: $1,254.25OPTIMA® 1 Capillary columns for GC Features 100 % dimethylpolysiloxane · USP G1 / G2 / G38 Nonpolar phase Separation of components according to boiling points Thick film columns &ge 3 µm film are expecially recommended for solvent -
726926.3
OPTIMAr 1 capillary columns for GC, film thickness: 5 æm, le (C08-0495-486)
Price: $1,128.82List Price: $1,254.25OPTIMA® 1 Capillary columns for GC Features 100 % dimethylpolysiloxane · USP G1 / G2 / G38 Nonpolar phase Separation of components according to boiling points Thick film columns &ge 3 µm film are expecially recommended for solvent -
726931.5
OPTIMAr 1 capillary columns for GC, film thickness: 5 æm, le (C08-0495-881)
Price: $1,639.12List Price: $1,821.24OPTIMA® 1 Capillary columns for GC Features 100 % dimethylpolysiloxane · USP G1 / G2 / G38 Nonpolar phase Separation of components according to boiling points Thick film columns &ge 3 µm film are expecially recommended for solvent -
726926.5
OPTIMAr 1 capillary columns for GC, film thickness: 5 æm, le (C08-0495-969)
Price: $1,680.15List Price: $1,866.83OPTIMA® 1 Capillary columns for GC Features 100 % dimethylpolysiloxane · USP G1 / G2 / G38 Nonpolar phase Separation of components according to boiling points Thick film columns &ge 3 µm film are expecially recommended for solvent -
726133.1
OPTIMAr 1 TG capillary columns for GC, film thickness: N/A æ (C08-0493-633)
Price: $452.30List Price: $502.56OPTIMA® 1-TG GC capillary columns for triglyceride analyses Features 100 % dimethylpolysiloxane · USP G1 / G2 / G38 offers separation according to carbon number Short capillary columns (max. 25 m and 0. -
726132.1
OPTIMAr 1 TG capillary columns for GC, film thickness: N/A æ (C08-0493-653)
Price: $478.81List Price: $532.01OPTIMA® 1-TG GC capillary columns for triglyceride analyses Features 100 % dimethylpolysiloxane · USP G1 / G2 / G38 offers separation according to carbon number Short capillary columns (max. 25 m and 0. -
726133.25
OPTIMAr 1 TG capillary columns for GC, film thickness: N/A æ (C08-0494-654)
Price: $912.33List Price: $1,013.70OPTIMA® 1-TG GC capillary columns for triglyceride analyses Features 100 % dimethylpolysiloxane · USP G1 / G2 / G38 offers separation according to carbon number Short capillary columns (max. 25 m and 0.