Adsorbosil

Classical Silica-Based HPLC Columns for Routine Applications

Adsorbosil columns are high-performance HPLC columns based on classical fully porous silica materials. Engineered for consistent and reproducible chromatographic performance, they are an ideal choice for routine reversed-phase, normal-phase, and HILIC separations.

With a broad range of surface modifications such as C18, C8, C2, CN, NH₂, Phenyl, and Si, Adsorbosil offers flexible selectivity and robust performance across various analytical fields. Whether in pharmaceutical quality control, food and beverage testing, or environmental analysis – Adsorbosil delivers reliable results and excellent column stability.

The product line was aquired by Dr. Maisch HPLC GmbH in 2016 from Grace / Alltech.

Good alternative to Polygosil® - MACHEREY-NAGEL.

Specifications

Particle Sizes 5 µm, 7 µm, 10 µm
Phases/Modifications C2, C8, C18, CN, NH2, Si
Pore Sizes 60 Å
Surface Areas 350 m²/g

Key Features

  • Based on high-purity, fully porous silica (standard surface area and pore structure)

  • Available in particle sizes from 5 µm to 10 µm for both analytical and preparative use

  • Wide selection of bonded phases: C18, C8, C2, CN, NH₂, Phenyl, and unmodified silica

  • Compatible with reversed-phase, normal-phase, and HILIC applications

  • Excellent peak symmetry and mechanical stability

  • Cost-effective solution for routine analysis and method development

Applications

  • Pharmaceutical compounds and API analysis

  • Polar and non-polar compound separations

  • Quality control in food and environmental testing

  • HILIC separations for hydrophilic compounds (e.g. with CN or NH₂ phases)

  • Adsorbosil is your robust, flexible, and economic HPLC solution when classical silica phases are required.

Products

Name Particle Sizes Carbon Load Pore Size
Adsorbosil C2 5 – 10 µm 2 % 60 Å
Adsorbosil C8 5 – 10 µm 7 % 60 Å
Adsorbosil C18 5 – 10 µm 12 % 60 Å
Adsorbosil CN 5 – 10 µm 5 % 60 Å
Adsorbosil NH2 5 – 10 µm 3 % 60 Å
Adsorbosil Si 5 – 10 µm 0 % 60 Å
Adsorbosphere

Any questions?
We are here to help you.

info@dr-maisch.com +49 7073 5035 7

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