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Solid Phase Extraction Packings

Silica-Based Packings



Applied Separations offers a wide selection of packings to fit all of your SPE needs.

The different Silica-Based packing types listed below offer different results for different samples. If you need assistance in selecting the best packing for your application, please contact us and we will be happy to discuss your needs.


Packing Types

Selecting the proper sorbent depends on the Chromatographic Mechanism.

Learn more about our technologies and instruments at ASInteractive:

Applied Separations
also offers
a wide variety of
Polymer-based Packings

 

Packing

Description of Base Sorbent

Retention Mechanism
Non-Polar
C18/14 Octadecyl Carbon Loading: 14% Endcapped 40μm irregularly-shaped silica, 60 Angstrom mean porosity The primary retention mechanism is strongly non-polar with typical sample matrices of water and aqueous biological fluids.
C18/18 Octadecyl Carbon Loading: 18% Endcapped 40μm irregularly-shaped silica, 60 Angstrom mean porosity The primary retention mechanism is strongly non-polar with typical sample matrices of water and aqueous biological fluids.
C18/22 Octadecyl Carbon Loading: 22% Endcapped 40μm irregularly-shaped silica, 60 Angstrom mean porosity The primary retention mechanism is strongly non-polar with typical sample matrices of water and aqueous biological fluids.
C18/OH Octadecyl Carbon Loading: 13% Not Endcapped 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is moderately non-polar with typical sample matrix of aqueous biological fluids. The lack of endcapping results in significant polar secondary interactions.
C8 Octyl Carbon Loading: 12% Endcapped 40μm irregularly-shaped silica, 60 Angstrom mean porosity The primary retention mechanism is moderately non-polar with typical sample matrices of water and aqueous biological fluids.
PH Phenyl Carbon Loading: 11% Endcapped 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is moderately non-polar with typical sample matrices of water and aqueous biological fluids.
CH Cyclohexyl Carbon Loading: 9% Endcapped 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is moderately non-polar with typical sample matrices of water and aqueous fluids.
C4 Butyl Carbon Loading: 9% Endcapped 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is moderately non-polar with typical sample matrices of water and aqueous biological fluids.
C2 Ethyl Carbon Loading: 6% Endcapped 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is weakly non-polar with typical sample matrices of plasma, urine and aqueous fluids.
C1 Methyl Carbon Loading - 3% 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is very weakly non-polar with typical sample matrices of plasma, urine and aqueous fluids.
CNe Cyanopropyl Carbon Loading: 8% Endcapped 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is very weakly non-polar and is used with aqueous sample matrices.
Polar
CN Cyanopropyl Carbon Loading: 7% Not Endcapped 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is polar with typical sample matrices of non-polar solvents.
DIO Diol Carbon Loading: 7% 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is polar with typical sample matrices of non-polar organic extracts, oil and lipids.
SI Silica Gel   40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is strongly polar with typical sample matrices of non-polar organic solvents, oils and lipids.
FLO Florisil® Florisil® is a registered trademark of Floridin Co. Florisil®, magnesium sulfate, 150 - 250μm particle size. The primary retention mechanism is polar with environmental and organic extracts as typical sample matrices.
ALA Alumina acidic Alumina, Al2O3, acidic particle size 50 - 200μm, pH 4.5 Activity I The primary retention mechanisms are polar, Lewis acid/base and ion exchange. (Activity Levels II, III, IV, and V also available. Please inquire.)
ALN Alumina neutral Alumina, Al2O3, neutral particle size 50 - 200μm, pH 7.5 The primary retention mechanisms are polar, Lewis acid/base and ion exchange. All alumina activity I. (Activity II, III, IV, V also available. Please inquire.)
ALB Alumina basic Alumina, Al2O3, basic particle size 50 - 200μm, pH 10 The primary retention mechanisms are polar, Lewis acid/base and ion exchange. All alumina activity I. (Activity II, III, IV, V also available. Please inquire.)
Ionic Exchange
COOH Carboxylic Acid Ion Exchange Capacity - 0.3 meq/gm 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is weak cation exchange with typical sample matrices of water and biological fluids.
SCX Benzenesulfonic Acid Ion Exchange Capacity - 0.8 meq/gm 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is strong cation exchange with typical sample matrices of aqueous, biological fluids.
NH2 Aminopropyl Carbon Loading - 5% Ion Exchange Capacity - 0.8 meq/gm 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is weak anion exchange with typical sample matrices of water, biological fluids, and organic extracts.
PSA Primary/Secondary Amine Ion Exchange Capacity - 1.4 meq/gm 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is weak anion exchange with aqueous samples.
DEA Diethylamino Ion Exchange Capacity - 0.9 meq/gm 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is weak anion exchange with aqueous samples.
N+ Quaternary Amino Ion Exchange Capacity - 0.8 meq/gm 40μm irregularly-shaped silica, 60 Angstrom mean porosity. The primary retention mechanism is strong anion exchange with typical sample matrices of aqueous and biological fluids.

 

 

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Applications
We have compiled a comprehensive list of SPE and Flash chromatography applications available for free. Click here to view the list of the the applications you can put to use immediately in your lab.

 
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