"CHIRAL TECHNOLOGIES"

Supplier: CHIRAL TECHNOLOGIES

These columns allow chromatographers to employ essentially any organic solvent as mobile phase to develop methods for the most challenging separations. These columns are available in a variety of particle sizes and offer great speed and column resolving power. Columns packed with 3 µm CSPs offer high speed separations and a reduction in analysis time and cost per sample. Columns, packed with 3 µm particles, may be used in conventional HPLC units without significant loss in performance, even with the smaller column dimensions.

Supplier: CHIRAL TECHNOLOGIES

These protein-based columns are suitable for separation of basic, acidic and non-protolytic compounds. These columns function entirely in the reversed phase chromatographic mode, using buffers with low organic modifier content and at moderate pH values.

Supplier: CHIRAL TECHNOLOGIES

These columns are packed with Daicel’s coated polysaccharide-based chiral stationary phases (CSPs) which are manufactured by physically coating the polysaccharide derivatives onto silica matrices. Due to this manufacturing process, a choice of mobile phase components is typically narrower than with immobilised columns in order to minimise damage to the CSPs.

Supplier: CHIRAL TECHNOLOGIES

CROWNPAK® CR(+) and CR(-) contain a chiral crown ether as a chiral selector, which is coated onto a 5 µm silica support. CROWNPAK® selectors are mainly used to separate chiral amino acids and other small molecules with primary amine groups. The elution order of the enantiomers can be reversed when necessary.

Supplier: CHIRAL TECHNOLOGIES

These columns are packed with Daicel’s coated polysaccharide-based chiral stationary phases (CSPs) which are manufactured by physically coating the polysaccharide derivatives onto silica matrices. Due to this manufacturing process, a choice of mobile phase components is typically narrower than with immobilised columns in order to minimise damage to the CSPs.

Supplier: CHIRAL TECHNOLOGIES

These protein-based columns are suitable for separation of basic compounds. These columns function entirely in the reversed phase chromatographic mode, using buffers with low organic modifier content and at moderate pH values.

Supplier: CHIRAL TECHNOLOGIES

CHIRALPAK® AY-RH Semi-Prep/Prep HPLC Column, Reversed Phase

Supplier: CHIRAL TECHNOLOGIES

CHIRALPAK®, CHIRALPAK® IN column compatible with HPLC, Ø indv.: 4,6 mm, Længde: 100 mm, Partikelstørrelse: 5 µm

Supplier: CHIRAL TECHNOLOGIES

These columns have the same coated chiral selector as found in the normal phase stationary phases, however in comparison, they use a different bounded silica as the base material which stabilises the CSP.

Supplier: CHIRAL TECHNOLOGIES

The CHIRALPAK® IM-10, 10 µm guard column is compatible with SFC mode (tested), HPLC (Normal and Reversed-Phase), and supports analytical techniques using guards, cartridges, and holders.

Supplier: CHIRAL TECHNOLOGIES

The CHIRALPAK® ZWIX columns were developed for separation of a great variety of zwitterionic molecules, specifically, for separation of underivatised amino acids.

Supplier: CHIRAL TECHNOLOGIES

When a material is in a state that the temperature and the pressure exceed the critical point, it becomes a supercritical fluid. In this phase, the density of gas and liquid becomes the same.

Supplier: CHIRAL TECHNOLOGIES

Column type: HPLC kolonne, CHIRALPAK® MSA, Rustfrit stål, Ø indv.: 3,00 mm, Længde: 50 mm, Partikelstørrelse: 5 µm

Supplier: CHIRAL TECHNOLOGIES

These protein-based columns are suitable for separation of acidic and non-protolytic compounds. These columns function entirely in the reversed phase chromatographic mode, using buffers with low organic modifier content and at moderate pH values.

Supplier: CHIRAL TECHNOLOGIES

For the separation of acidic chiral compounds containing carboxylic, phosphonic, phosphinic, phosphoric or sulphonic acid groups. In some cases weakly acidic compounds, such as phenols, can also be separated.

Supplier: CHIRAL TECHNOLOGIES

When a material is in a state that the temperature and the pressure exceed the critical point, it becomes a supercritical fluid. In this phase, the density of gas and liquid becomes the same.