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HPLC Columns - Cosmosil

Reversed Phase Chromatography Octadecyl Types COSMOSIL MS-II, AR-II, PAQ

COSMOSIL 5C18-MS-II is a monomeric type of C18 phase. A new end capping treatment with polar groups of “sheild eect” has extended the pH range and signicantly improved peak shape for basic compounds. This phase is recommended for most of application but particularly eective for low molecular weight organic compounds.

COSMOSIL 5C18-AR-II is a polymeric type of C18 phase. It shows exceptional stability and long lifetime at low pH. This phase is recommended for the separations requiring acidic mobile phase conditions. It also shows superior molecular shape selectivity to monomeric type C18 columns

COSMOSIL 5C18-PAQ is designed to oer superior retention of polar compounds and excellent reproducibility in highly aqueous mobile phases, even in 100% aqueous

HPLC column for Saccharide Analysis COSMOSIL Sugar-D

Conventionally aminopropyl bonded stationary phases are used for liquid chromatographic analysis of mono and oligosaccharides. General shortcomings of the conventional aminopropyl bonded phases are tailing and adsorption of certain saccharides and general low durability (short active life) of these columns. These problems are addressed and solved by the novel COSMOSIL Sugar-D, resulting in better (sharper) separation and much improved durability.

In addition COSMOSIL Sugar-D is useful at the separation of highly hydrophilic compounds which are not retained in conventional octadecyl (ODS) bonded statinoary phases.

  • Novel stationary phase for saccharides
  • Superior durability to conventional amino columns
  • Minimized undesirable adsorption

Wide Pore HPLC Column for Protein Chemistry COSMOSIL Protein-R

COSMOSIL Protein-R is a reversed phase HPLC column designed specically for protein and peptide separation. COSMOSIL C Protein-R provides signicantly improved peak shapes, high recovery rate and outstanding stability at low pH, which are often problematic for the separation of proteins and peptides with conventional C18-300 A and C4-300 A columns.

  • Excellent Separation
  • High recovery rate
  • Outstanding Stability at Low pH

Normal Phase HPLC Column COSMOSIL SL-II

Ultra-pure silica gel of more than 99.99% purity is used for the COSMOSIL SL-II packed column series. This column provides improved separation and reproducibility for compounds with carbonyl or phenol hydroxyl groups, which are often problematic to separate using conventional silica gel columns because of interference of metallic impurities. The follwoings are applications of COSMOSIL SL-II column on organic acids, acid amides and phenols. COSMOSIL SL-II provides improved separation for these compounds without ionic addtives by using mobile phases of hexane and ethanol.

  • High purity silica gel (>99.99%) with special treatment
  • Suitable for preparative separation

for Less Solvent Consumption with Standard System COSMOSIL 3.0 mm I.D. columns

COSMOSIL 3.0 mm I.D. columns were developed aiming at high sensitivity and the reduction of solvent requirement. A 3.0 mm I.D. column is about twice as sensitive as a 4.6 mm I.D. column. High performance packing material of the same COSMOSIL series is filled into the 3.0 mm 1.D. column. As a result, high reproducibility is achieved for separation of chelating compounds and basic compounds. In addition, there is no change the HPLC system. This is a significant advantage over semi-micro bore columns. By using a mid-core 3.0 mm I.D. column, high sensitivity and economical solventconsumption can be achieved on anyconventional HPLC systems

  • Use the same conventional HPLC system
  • Reduce half solvent consumption
  • Increase sensitivity up to two times
HPLC Column for Less Solvent Consumption with Standard System
HPLC Column for Less Solvent Consumption with Standard System

HPLC Column for separation of Oluble Carbon Nanotubes COSMOSIL CNT

COSMOSIL CNT series are ideal for separation of soluble carbon nanotubes based on sizes. COSMOSIL CNT series are packed with hydrophilic group-bonded silica packing material. The columns are specially designed to avoid adsorption of carbon nanotubes to silica support and thus ensure high resolution and maximum recovery of carbon naotubes. COSMOSIL CNT series are available in three different sizes, 300 A, 1000 A and 2000 A, respectively.

  • Size-based separation of soluble carbon nanotubes
  • Hydrophilic group coating silica packing material
  • Three types of pore size (300 Å, 1000 Å, 2000 Å)
  • High durability

Gel Filtration Chromatography COSMOSIL Dial-II

  • Ideal for the size-based separation of proteins and water soluble polymers
  • Reduce undesirable adsorption

Column Selection Guide

Cosmosil HPLC Column Selection Guide