NUCLEOSHELL HILIC

– 12 columns
Vendor: MACHEREY-NAGEL

NUCLEOSHELL core-shell silica phases for HPLC  
 
Features


NUCLEOSHELL  Core-shell technology:

  • Solid core of silicon dioxide, homogeneous shell of porous silica
  • Highest efficiency compared to traditional totally porous materials
  • Particle size 2.7 µm (core 1.7 µm); lower back pressure also allows use on conventional LC systems
     

NUCLEOSHELL HILIC - Core-shell technology silica phase for
Hydrophilic Interaction Chromatography


Properties

 Key features:

  • Based on core-shell particle technology for fast and efficient HPLC
  • Ideal for reproducible and stable chromatography of highly polar analytes
  • Very short column conditioning period   

 Technical characteristics:
ammonium – sulfonic acid modified silica; pore size 90 Å,
particle size 2.7 μm; carbon content 1.3 %; pH stability 2–8.5;
suitable for LC/MS
 Recommended application:
hydrophilic compounds such as organic polar acids and bases,  polar natural compounds, nucleosides, oligonucleotides, amino acids, peptides, water soluble vitamins

Brand specifications

Every parameter recorded for every column in this Brand is shown here. A single value applies across the Brand; multiple values show what is recorded across its columns.

Mode HILIC Endcapped N/A
Modification Ammonia/ Sulfonic acid Max Pressure 8700
Pore Size (Å) 90 Operating Temperature 60
Surface Area N/A pH stability from 2.0
Carbon Load, % 1.3 pH stability to 8.5

Choose column specifications

Available: 50 – 150 mm
Available: 2 – 4.6 mm
Particle Size Recorded value 2.7 μm
Pore Size Recorded value 90 Å

Columns in this brand

Use the selectors above to narrow the list by specification, or search here by P/N or any displayed value.

12 columns shown
763332.2 50 2.0 2.7 90
763332.3 50 3.0 2.7 90
763332.4 50 4.0 2.7 90
763332.46 50 4.6 2.7 90
763334.2 100 2.0 2.7 90
763334.3 100 3.0 2.7 90
763334.4 100 4.0 2.7 90
763334.46 100 4.6 2.7 90
763336.2 150 2.0 2.7 90
763336.3 150 3.0 2.7 90
763336.4 150 4.0 2.7 90
763336.46 150 4.6 2.7 90
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