C8 Flash
C8 silica gel is used for Reversed Phase chromatography for separation of moderately to highly polar compounds such as: Steroids, Nucleosides, Cyclodextrins, pharmacological plant constituents.
C8 bonded phases are similar to C18 bonded phases, but the shorter alkyl chains are less lipophilic than C18 and exhibit shorter retention times.
Other Recommended Applications include: Catecholamines, drugs, drug metabolites, dyes, Pesticides, PCBs, Antiarrythmics.
For Flash Chromatography Columns
C8 Flash is available in porosities of 100Å, 300Å, and 500Å and a particle size distribution of 40-75µm.
Quality and Diversity
C8 Flash is manufactured on Sorbtech’s Premium Rf™ Spherical Silica Gel which boasts narrow pore and particle distributions, ensuring optimal selectivity, capacity, efficiency, low operating pressure, and shorter processing time.
Purity
Premium Rf Spherical Silica Gel is manufactured to a high chemical purity standard (99.9% SiO2). Organics and trace metals content are controlled within stringent limits. Each production batch has undergone extensive quality control testing to ensure reliable lot-to-lot performance. This rigid control of chemical purity, surface area and pore size, ensure our silica will yield reproducible separation results and allow for direct scale-up without requiring time-consuming method redevelopment.
Robust
Our spherical silicas are mechanically robust and can, therefore, be repacked multiple times in either analytical or preparative scale columns.
100Å
Catalog No. | Description | Price (USD) |
---|---|---|
63526-01 | C8 TLE (Trifunctional Low Endcapped) Spherical Silica Gel, Premium Rf, 100A, 40-75um, 100g | Buy now $823.70 |
300Å
Catalog No. | Description | Price (USD) |
---|---|---|
66526-01 | C8 TLE (Trifunctional Low Endcapped) Spherical Silica Gel, Premium Rf, 300A, 40-75um, 100g | Buy now $612.97 |
500Å
Catalog No. | Description | Price (USD) |
---|---|---|
67526-01 | C8 TLE (Trifunctional Low Endcapped) Spherical Silica Gel, Premium Rf, 500A, 40-75um, 100g | Inquire |