Kaseisorb LC ODS 2000-3
High performance and low pressure 3 micron packing material.
Good reproducibility and high number of theoretical plate. Competitive price.
Features
1.High performance column using packing material of 3 micron particle size.
2.High number of theoretical plates and low column pressure.
3.Good reproducibility from batch to batch.
4.Good for high throughput analysis.
5.Competitive price.
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Analytes: high resolution analysis, high throughput analysis
| Particle size: 3μm |
| Pore size : 12nm |
| Carbon content: 17% |
| End cap: Yes |
| Phase: Monofunctional silylation on pure silica gel |
| mm I.D. X mm |
Product No. |
Price |
| 2.0 X 50 |
S1499 |
Price on Request |
| 2.0 X 100 |
S1498 |
Price on Request |
| 2.0 X 150 |
S1497 |
Price on Request |
| 4.6 X 50 |
S1496 |
Price on Request |
| 4.6 X 100 |
S1495 |
Price on Request |
| 4.6 X 150 |
S1494 |
Price on Request |
| 4.6 X 250 |
S1479 |
Price on Request |
Validation Kit
| mm I.D. X mm |
Product No. |
Price |
| 4.6 X 100 （3 pieces set） |
S1468 |
Price on Request |
| 4.6 X 150 （3 pieces set） |
S1467 |
Price on Request |
| 4.6 X 250 （3 pieces set） |
S1477 |
Price on Request |
Applications
Aldehydes (2,4-DNPH Derivatives)
| Column: | Kaseisorb LC ODS 2000-3 4.6mmI.D. X 100mm |
| Mobile Phase: | THF/CH3CN/H2O=10/45/45 |
| Temperature: | 40 degree C |
| Detection: | UV 360 nm |
| Flow Rate: | 1.0 ml/min |
| Sample: | 1.Diphenlamine, 2.Acetaldehyde 2,4-DNPH, 3.Propionaldehyde
2,4-DNPH, 4. Butyraldehyde 2,4-DNPH, 5. Valeraldehyde 2,4-DNPH
|
Procainamides
| Column: | Kaseisorb LC ODS 2000-3 4.6mmI.D. X 100mm |
| Mobile Phase: | CH3OH/20mmol/L K2HPO4(pH7.5)=30/70 |
| Temperature: | 40 degree C |
| Detection: | UV 254 nm |
| Flow Rate: | 1.0 ml/min |
| Sample: | 1.Procainamide, 2.Acetylprocainamide
|
Alkylbenzene
| Column: | Kaseisorb LC ODS 2000-3 4.6mmI.D. X 250mm X 2 |
| Mobile Phase: | CH3OH |
| Temperature: | 60 degree C |
| Detection: | UV 254 nm |
| Flow Rate: | 0.9 ml/min |
| Sample: | 1.n-Butylbenzene, 2.n-Amylbenzene, 3.n-Hexylbenzene, 4.n-Heptylbenzene, 5.n-Octylbenzene, 6.n-Nonylbenzene, 7.n-Decylbenzene,8. n-Undecylbenzene, 9.n-Dodecylbenzene, 10.n-Tridecylbenzene, 11.n-Tetradecylbenzene
|
