Checkout using your account
Checkout as a new customer
Creating an account has many benefits:
Questions, MSDS, CoA?
Do you have any questions? Give us a call or send us an email!


The InertSustain NH2 HPLC column 125x4.6mm, 5µm, is based on an amino modification that is attached to the silica via a propyl linker. In addition, the silica is specially modified to achieve high inertness. Thanks to the amino group, the InertSustain NH2 can be used in normal-phase and reverse-phase chromatography, as well as in hydrophilic interaction chromatography. A major advantage of the InertSustain NH2 is that it can be manufactured with extremely high reproducibility. This eliminates problems with unstable retention times. Typical applications of this phase include, for example, the analysis of sugars or vitamin E.
The InertSustain series features a specially modified silica. This allows for precise control of the properties of the silica matrix. In addition, the columns exhibit high pH stability. As with the established Inertsil series, the InertSustain materials also demonstrate very high inertness toward all analytes—a phenomenon also referred to as base deactivation. Furthermore, these materials exhibit very low backpressure while maintaining high efficiencies. The service life can be extended by using appropriate pre-column cartridges.
InertSustain is a registered trademark of the manufacturer GL Sciences Inc., Tokyo, Japan.
| Brand | InertSustain |
|---|---|
| Product Type | HPLC Column |
| Length | 125 mm |
| Internal Diameter | 4.6 mm |
| Particle Size | 5 µm |
| Chemistry | NH2 (Amino) |
| Chemistry Producers Term | NH2 |
| Pore Size | 100 Å |
| USP Class | L8 |
| Carbon Load | 7.0 % |
| Bet Surface Area [m2/g] | 350.0 |
| Endcapping | non endcapped |
| Country of Origin | Japan |
| Column Type | Analytical Column |
| Hardware Material | Stainless Steel |
| Hardware Type | Ready-to-use Column |
| pH Minimum | 2.0 |
| pH Maximum | 7.5 |
| Mode of Separation | Semipolar Phase Chromatography |
| Technology | HPLC |
| Matrix | Silica |
| Particle Morphology | spherical, fully porous |