HYPERSIL
Classical Hypersil stationary phases have global recognition as an industry standard in HPLC, providing an effective analytical tool. Introduced in 1976, Hypersil phases are well-established and are referenced in many HPLC methods worldwide. Available in 3, 5 and 10 µm particle sizes as well as a variety of column dimensions, Hypersil columns offer choices in efficiency, resolution, and sensitivity, with many unique hardware configurations available.
Filter Options| Phase | Chemistry | Particle Size | Pore Size | End-capping | Carbon Content | USP | Surface Area | pH-Range |
| ODS | C18 | 3, 5, 10 µm | 120 Å | Yes | 10% | L1 | 170 m2/g | 2‒8 |
| ODS-2 | C18 | 3, 5 µm | 80 Å | Yes | 11% | L1 | 220 m2/g | 2‒8 |
| MOS | C8 | 5 µm | 120 Å | No | 6.50% | L7 | 170 m2/g | 2‒8 |
| MOS-2 | C8 | 5 µm | 120 Å | Yes | 6.50% | L7 | 170 m2/g | 2‒8 |
| SAS | C1 | 5 µm | 120 Å | Yes | 3% | L13 | 170 m2/g | 2‒8 |
| Phenyl | Phenyl | 5 µm | 120 Å | No | 5% | L11 | 170 m2/g | 2‒8 |
| CPS | Cyanopropyl | 3, 5 µm | 120 Å | No | 4% | L10 | 170 m2/g | 2‒8 |
| CPS-2 | Cyanopropyl | 5 µm | 120 Å | Yes | 4% | L10 | 170 m2/g | 2‒8 |
| APS-2 | Aminopropyl | 3, 5 µm | 120 Å | No | 1.90% | L8 | 170 m2/g | 2‒8 |
| SAX | Quaternary Amine | 5 µm | 120 Å | Yes | 3% | L14 | 170 m2/g | 2‒8 |
| Green PAH | Proprietary | 3, 5 µm | 120 Å | Yes | 13.50% | N/A | 170 m2/g | 2‒8 |
| Silica | - | 3, 5 µm | 120 Å | No | 0% | L3 | 170 m2/g | 2‒8 |
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