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The SepaFlash iLOK-SL Alumina Basic flash cartridge 50–75 µm, 7g is packed with basic aluminium oxide of approximately 55 Å. The basic surface reduces acidic interactions and provides a different selectivity than silica or neutral aluminium oxide. SepaFlash iLOK-SL Alumina Basic is used particularly for basic or acid-sensitive organic compounds and for mixtures in which acidic components are to be retained more strongly. Direct solid loading above the packing simplifies the processing of poorly soluble crude products and concentrated reaction mixtures with SepaFlash iLOK-SL Alumina Basic.
The SepaFlash product line includes pre-packed flash cartridges made of pharmaceutical-grade polypropylene, as well as various silica and alumina materials. Depending on the series, irregular or spherical particles are used. Irregular silica offers a cost-effective solution for routine purifications, while spherical and finer particles enable higher efficiencies and better resolution. Chemically bonded modifications are available for reverse-phase, HILIC, and ion-exchange separations. A narrow particle size distribution, controlled water activity, and reproducible packing procedures are designed to reduce channeling, fine particle loss, and fluctuating separation performance. The iLOK and iLOK-SL series complement the product line with flexible options for solid feeding and manual cartridge configuration.
SepaFlash is a registered trademark of the manufacturer Santai Science Inc., Montreal, Canada.
| Flow Rate [ml/min] | 30-50 |
|---|---|
| Brand | SepaFlash |
| Product Type | Flash Column |
| Length | 60 mm |
| Internal Diameter | 12,5 mm |
| Particle Size | 50-75 µm |
| Chemistry | Aluminium |
| Chemistry Producers Term | Alumina Basic |
| Pore Size | 55 Å |
| Bet Surface Area [m2/g] | 155.0 |
| Country of Origin | People's Republic of China |
| Volume | 3 ml |
| Bed Mass [mg] | 7 g |
| Mode of Separation | Flash Chromatography |
| Matrix | Aluminium Oxide |
| Particle Morphology | irregular, fully porous |
| Pressure Stability | 13.8 bar |