| Item Name |
Product Image |
Price |
General Purpose Octadecyl phase for reversed phase separations. A high-purity column that exhibits excellent peak shape for a wide range of compounds. Solid inner core, porous silica outer shell, shorter diffusion pathVery high efficiencies at... |
 |
... more info
|
General Purpose Octadecyl phase for reversed phase separations. A high-purity column that exhibits excellent peak shape for a wide range of compounds. Solid inner core, porous silica outer shell, shorter diffusion pathVery high efficiencies at... |
|
... more info
|
General Purpose Octadecyl phase for reversed phase separations. A high-purity column that exhibits excellent peak shape for a wide range of compounds. Solid inner core, porous silica outer shell, shorter diffusion pathVery high efficiencies at... |
|
... more info
|
General Purpose Octadecyl phase for reversed phase separations. A high-purity column that exhibits excellent peak shape for a wide range of compounds. Solid inner core, porous silica outer shell, shorter diffusion pathVery high efficiencies at... |
|
... more info
|
General Purpose Octyl phase for reversed phase separations when less retention than a C18 is desired. High purity reversed phase packing that exhibits excellent peak shape for a wide range of compounds. Solid inner core, porous silica outer shell,... |
|
... more info
|
General Purpose Octyl phase for reversed phase separations when less retention than a C18 is desired. High purity reversed phase packing that exhibits excellent peak shape for a wide range of compounds. Solid inner core, porous silica outer shell,... |
|
... more info
|
General Purpose Octyl phase for reversed phase separations when less retention than a C18 is desired. High purity reversed phase packing that exhibits excellent peak shape for a wide range of compounds. Solid inner core, porous silica outer shell,... |
|
... more info
|
General Purpose Octyl phase for reversed phase separations when less retention than a C18 is desired. High purity reversed phase packing that exhibits excellent peak shape for a wide range of compounds. Solid inner core, porous silica outer shell,... |
|
... more info
|
General Purpose Octyl phase for reversed phase separations when less retention than a C18 is desired. High purity reversed phase packing that exhibits excellent peak shape for a wide range of compounds. Solid inner core, porous silica outer shell,... |
|
... more info
|
General Purpose Octyl phase for reversed phase separations when less retention than a C18 is desired. High purity reversed phase packing that exhibits excellent peak shape for a wide range of compounds. Solid inner core, porous silica outer shell,... |
|
... more info
|
General Purpose Octyl phase for reversed phase separations when less retention than a C18 is desired. High purity reversed phase packing that exhibits excellent peak shape for a wide range of compounds. Solid inner core, porous silica outer shell,... |
|
... more info
|
Sterically protected ligand (isobutyl - side chains), results in an Extra Stable bonded phase at low pH where most peptide separations are performed. The 160 Angstrom pore size was specially chosen for the molecular weight range of peptides. The... |
|
... more info
|
Sterically protected ligand (isobutyl - side chains), results in an Extra Stable bonded phase at low pH where most peptide separations are performed. The 160 Angstrom pore size was specially chosen for the molecular weight range of peptides. The... |
|
... more info
|
Sterically protected ligand (isobutyl - side chains), results in an Extra Stable bonded phase at low pH where most peptide separations are performed. The 160 Angstrom pore size was specially chosen for the molecular weight range of peptides. The... |
|
... more info
|
Sterically protected ligand (isobutyl - side chains), results in an Extra Stable bonded phase at low pH where most peptide separations are performed. The 160 Angstrom pore size was specially chosen for the molecular weight range of peptides. The... |
|
... more info
|
Sterically protected ligand (isobutyl - side chains), results in an Extra Stable bonded phase at low pH where most peptide separations are performed. The 160 Angstrom pore size was specially chosen for the molecular weight range of peptides. The... |
|
... more info
|
Sterically protected ligand (isobutyl - side chains), results in an Extra Stable bonded phase at low pH where most peptide separations are performed. The 160 Angstrom pore size was specially chosen for the molecular weight range of peptides. The... |
|
... more info
|
Sterically protected ligand (isobutyl - side chains), results in an Extra Stable bonded phase at low pH where most peptide separations are performed. The 160 Angstrom pore size was specially chosen for the molecular weight range of peptides. The... |
|
... more info
|
Sterically protected ligand (isobutyl - side chains), results in an Extra Stable bonded phase at low pH where most peptide separations are performed. The 160 Angstrom pore size was specially chosen for the molecular weight range of peptides. The... |
|
... more info
|
Sterically protected ligand (isobutyl - side chains), results in an Extra Stable bonded phase at low pH where most peptide separations are performed. The 160 Angstrom pore size was specially chosen for the molecular weight range of peptides. The... |
|
... more info
|
