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CG-1200-30
Thomas Scientific
Reservoir, Chromatography, Sperical Joints, 100mL, 35/20 Lower Joint
Price: $166.84List Price: $185.38Reservoir for use with CG-1199 and CG-1200 columns. Reservoir has a top 35/20 socket joint for use with CG-1201 flow control adapter and the listed size lower ball joint. -
CG-1200-35
Thomas Scientific
Reservoir, Chromatography, Sperical Joints, 2000mL, 35/20 Lower Joint
Price: $391.67List Price: $435.18Reservoir for use with CG-1199 and CG-1200 columns. Reservoir has a top 35/20 socket joint for use with CG-1201 flow control adapter and the listed size lower ball joint. -
CG-1200-37
Thomas Scientific
Reservoir, Chromatography, Sperical Joints, 2000mL, 75/50 Lower Joint
Price: $502.71List Price: $558.56Reservoir for use with CG-1199 and CG-1200 columns. Reservoir has a top 35/20 socket joint for use with CG-1201 flow control adapter and the listed size lower ball joint. -
CG-1200-31
Thomas Scientific
Reservoir, Chromatography, Sperical Joints, 250mL, 35/20 Lower Joint
Price: $177.10List Price: $196.78Reservoir for use with CG-1199 and CG-1200 columns. Reservoir has a top 35/20 socket joint for use with CG-1201 flow control adapter and the listed size lower ball joint. -
CG-1200-32
Thomas Scientific
Reservoir, Chromatography, Sperical Joints, 500mL, 35/20 Lower Joint
Price: $184.07List Price: $204.52Reservoir for use with CG-1199 and CG-1200 columns. Reservoir has a top 35/20 socket joint for use with CG-1201 flow control adapter and the listed size lower ball joint. -
5857-38For use as column end fitting that allows connection of appropriate size Ace-Thred to tubing connectors with NPT threads. Available in various Ace-Thred and NPT sizes. Most come complete with both a 100 micron and a 350 micron polyethylene filter.
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OD-1.5-100/102
Thomas Scientific
Reversed-Phase C18 Column: Particle Size: 1.5 m, Pore Size: 100 Angstrom, Length: 100mm, I. D.: 2.1mm
Price: $1,603.44List Price: $1,781.60OD Series: SMT SAM-C18 phase with the highest functional ligand coverage confirmed with carbon analysis results of 24% carbon load. In these series, a very high density of the functional ligand, octadecyl (C18) molecule, is achieved through -
OD-1.5-100/22
Thomas Scientific
Reversed-Phase C18 Column: Particle Size: 1.5 m, Pore Size: 100 Angstrom, Length: 20mm, I. D.: 2.1mm
Price: $1,302.42List Price: $1,447.14OD Series: SMT SAM-C18 phase with the highest functional ligand coverage confirmed with carbon analysis results of 24% carbon load. In these series, a very high density of the functional ligand, octadecyl (C18) molecule, is achieved through -
OD-1.5-100/52
Thomas Scientific
Reversed-Phase C18 Column: Particle Size: 1.5 m, Pore Size: 100 Angstrom, Length: 50mm, I. D.: 2.1mm
Price: $1,402.76List Price: $1,558.63OD Series: SMT SAM-C18 phase with the highest functional ligand coverage confirmed with carbon analysis results of 24% carbon load. In these series, a very high density of the functional ligand, octadecyl (C18) molecule, is achieved through -
OD-1.8-100/102
Thomas Scientific
Reversed-Phase C18 Column: Particle Size: 1.8 m, Pore Size: 100 Angstrom, Length: 100mm, I. D.: 2.1mm
Price: $1,583.37List Price: $1,759.30OD Series: SMT SAM-C18 phase with the highest functional ligand coverage confirmed with carbon analysis results of 24% carbon load. In these series, a very high density of the functional ligand, octadecyl (C18) molecule, is achieved through -
OD-1.8-100/152
Thomas Scientific
Reversed-Phase C18 Column: Particle Size: 1.8 m, Pore Size: 100 Angstrom, Length: 150mm, I. D.: 2.1mm
Price: $1,703.78List Price: $1,893.09OD Series: SMT SAM-C18 phase with the highest functional ligand coverage confirmed with carbon analysis results of 24% carbon load. In these series, a very high density of the functional ligand, octadecyl (C18) molecule, is achieved through -
OD-1.8-100/22
Thomas Scientific
Reversed-Phase C18 Column: Particle Size: 1.8 m, Pore Size: 100 Angstrom, Length: 20mm, I. D.: 2.1mm
Price: $1,282.35List Price: $1,424.83OD Series: SMT SAM-C18 phase with the highest functional ligand coverage confirmed with carbon analysis results of 24% carbon load. In these series, a very high density of the functional ligand, octadecyl (C18) molecule, is achieved through