JAIGEL-ODS Series (Silica based)
Silica based reverse phase columns
Item model | Suffix | Particle size (μm) | Pore size (Å) |
Surface area (m2/g) |
Purity | Carbon content (%) |
End capping | Note |
JAIGEL-ODS-AP | SP-120-15 | 15 | 120 | 300 | High | 17 | Yes | Reversed phase column for general use. ODS is bonded to high purity silica gel resulting in high carbon coverage. |
SP-120-10 | 10 | |||||||
JAIGEL-ODS-BP | SP-120-15 | 15 | 120 | 300 | High | 15 | Yes | Reversed phase column for hydrophilic compounds, i.e.peptides, nucleotides, organic acids and herbal medicine. |
SP-120-10 | 10 | |||||||
JAIGEL-TMS | SH-143-15 | 10/20 | 120 | 300 | High | 4 | No | 120Å high purity silica gel methylated to create a phase with intermediate polarity for analysis of extremely hydrophobic compounds using conventional reversed-phase solvents and highly polar compounds using highly aqueous solvents. |
SH-143-10 | 10 |
Type | JAIGEL | Pre-column | JAIGEL | Pre-column | ||
-ODS-AP (or BP) |
ID × Length (mm) | -TMS | ID × Length (mm) | |||
Analytical column | -A | 6.0×250 | -AP (6.0×35) |
-A | 6.0×150 | -AP (5.0×10) |
Preparative column | - | 20.0×250 | -P (20.0×50) |
- | 20.0×250 | -P (20.0×50) |
-L | 20.0×500 | -L | 20.0×500 | |||
Large scale column | -30 | 30.0×250 | -30P (30.0×50) | -30 | 30.0×250 | -30P (30.0×50) |
-50 | 50.0×250 | -50P (50.0×50) | -50 | 50.0×250 | -50P (50.0×50) |
JAIGEL-ODS Series (Polymer based)
Polymer based reverse phase, normal phase columns
Item model | Packed material | Bond, Ligand | Packed solvent | Applications |
JAIGEL-NH2P | PVA | Amino- | Water | The packing material has amino bond. It is suitable for separation of saccharides in normal phase. The column is also more durable than the silica based amino column. |
JAIGEL-ODP | Octadecyl- | |||
JAIGEL-C8P | Octyl- | The packing material has ODS, Octyl and Butyl bond. The polarity increases in the order: ODP<C8P<C4P. | ||
JAIGEL-C4P | Butyl- |
Type | Preparative column | Analytical column | |||
Dimensions (mm) : ID × Length (mm) | 28.0×300 | 20.0×300 | 10.0×250 | 4.6×250 | |
Model |
JAIGEL-NH2P | -30 (>7,500) | -20 (>7,500) | -10 (>7,500) | -A (>7,500) |
JAIGEL-ODP | -30 (>14,000) | -20 (>14,000) | -10 (>14,000) | -A (>14,000) | |
JAIGEL-C8P | - | - | -10 (>11,000) | -A (>11,000) | |
JAIGEL-C4P | - | - | -10 (>9,000) | -A (>9,000) | |
Flow rates mL/min : general (maximum) | 10.0 (15.0) | 5.0 (10.0) | 1.5 (3.0) | 1.0 (1.5) | |
Demensions of pre-Column(mm) : ID× Length | 20.0×100 | 20.0×100 | 7.5×10 | 4.6×10 |
Silica based reverse phase column
JAIGEL-ODS Series (Silica based)
JAIGEL | Suffix | Particle size (μm) |
Pore size (Å) |
Surface (m2/g) |
Purity | Carbon |
End cap |
Note |
ODS-AP | SP-120-15 | 15 | 120 | 300 | High | 17% | YES | Reversed phase column for general use. ODS is bonded to high purity silica gel resulting in high carbon coverage. |
SP-120-10 | 10 | |||||||
ODS-BP | SP-120-15 | 15 | 120 | 300 | High | 15% | YES | Reversed phase column for hydrophilic compounds, i.e.peptides, nucleotides, organic acids and herbal medicine. |
SP-120-10 | 10 | |||||||
TMS | SH-143-15 | 10/20 | 120 | 300 | High | 4% | NO | 120Å high purity silica gel methylated to create a phase with intermediate polarity for analysis of extremely hydrophobic compounds using conventional reversed-phase solvents and highly polar compounds using highly aqueous solvents. |
SH-143-10 | 10 |
Type | JAIGEL | Pre- column |
JAIGEL | Pre- column |
||
-ODS-AP (or BP) |
IDxLength (mm) |
-TMS | IDxLength (mm) |
|||
Analytical | -A | 6x250 | -AP (6.0×35) |
-A | 6x150 | -AP (5x10) |
Preparative | - | 20x250 | -P (20.0×50) |
- | 20x250 | -P (20x50) |
-L | 20x500 | -L | 20x500 | |||
Large scale | -30 | 30x250 | -30P (30.0×50) |
-30 | 30x250 | -30P (30x50) |
-50 | 50x250 | -50P (50.0×50) |
-50 | 50x250 | -50P (50x50) |
Polymer based reverse phase, normal phase columns
JAIGEL-ODS Series (Polymer based)
JAIGEL | Packed material |
Bond Ligand |
Packed solvent |
Applications |
NH2P | PVA | Amino- | Water | The packing material has amino bond. It is suitable for separation of saccharides in normal phase. The column is also more durable than the silica based amino column. |
ODP | Octadecyl- | |||
C8P | Octyl- | The packing material has ODS, Octyl and Butyl bond. The polarity increases in the order: ODP<C8P<C4P. | ||
C4P | Butyl- |
Type | Preparative | Analytical | |||
ID x Length (mm) | 28x300 | 21.5x300 | 10x250 | 4.6x250 | |
JAIGEL | NH2P | -30 (>7,500) |
-20 (>7,500) |
-10 (>7,500) |
-A (>7,500) |
ODP | -30 (>14,000) |
-20 (>14,000) |
-10 (>14,000) |
-A (>14,000) |
|
C8P | - | - | -10 (>11,000) |
-A (>11,000) |
|
C4P | - | - | -10 (>9,000) |
-A (>9,000) |
|
Flow rates (mL/min) | 10 | 5 | 1.5 | 1 |
|
Pre-Columm (mm) | 20x100 | 20x100 | 7.5×10 | 4.6×10 |