Hypersil 100 C8/C18 columns

Hypersil 100 C8 Columns

Compared to other classical materials, Hypersil 100 has a smaller pore diameter of only 100Å, which creates a higher specific surface area that can be advantageous where longer retention times are needed, such as chromatography of polar compounds.

Product detail:

Compared to other classical materials, Hypersil 100 has a smaller pore diameter of only 100Å, which creates a higher specific surface area that can be advantageous where longer retention times are needed, such as chromatography of polar compounds.

The RP modifications of Hypersil 100 are, like the BDS phases, fully base-deactivated and therefore suitable for analysis of basic compounds.

For new methods requiring a high surface area and capacity, we recommend the use of BETASIL® C8 columns.

Hypersil 100 C18 Columns

Compared to other classical materials, Hypersil 100 has a smaller pore diameter of only 100Å, which creates a higher specific surface area that can be advantageous where longer retention times are needed, such as chromatography of polar compounds.

Product detail:

Compared to our other classical materials, Hypersil 100 has a smaller pore diameter of only 100Å which creates a higher specific surface area that can be advantageous where longer retention times are needed. Many stationary phases are available (C18, C8, Phenyl, Aminopropyl and Cyanopropyl) as well as pure silica.

The modifications of Hypersil 100 are similar to Hypersil BDS phases, receiveing a full base-deactivation process and are therefore suitable for analysis of very basic compounds.

For new methods requiring a high surface area and capacity, we recommend the use of BETASIL® C18 columns.