Additional information
| Particle Size (µm) | |
|---|---|
| Pore Size (Å) | |
| Column Length (mm) | |
| ID (mm) |
Chromegabond C30
$850.00
Chromegabond C30 Columns based on C30 bonding to provide superior, reproducible separations and long column life with excellent peak symmetry.
SKU: 522A91-C30
Categories: Chromegabond, Chromegabond, Reverse Phase Columns, UHPLC Columns
Tag: Chromegabond
Related Products
Chromegabond C3
Chromegabond C3 Columns based on C3 bonding to provide superior, reproducible separations and long column life with excellent peak symmetry.
Chromegabond Cyano HS RP
Chromegabond Cyano HS RP Columns based on cyanopropyl bonding to high surface area silica to provide superior, reproducible separations and long column life with excellent peak symmetry. Designed specifically for reverse phase chromatography.
Chromegabond Alkyl Phenyl
Chromegabond Alkyl Phenyl Reverse Phase Columns based on EthylPhenyl bonding provide superior, reproducible separations and long column life with excellent peak symmetry. A moderate polarity reverse phase material.
Chromegabond Amine
Chromegabond Amine Columns based on aminopropyl bonding provide superior, reproducible separations and long column life with excellent peak symmetry. Can be used as a weak anion exchange material or a polar stationary phase in normal phase chromatography.
Chromegabond C6
Chromegabond C6 Columns based on hexyl bonding to provide superior, reproducible separations and long column life with excellent peak symmetry.
Chromegabond C18 BD
Chromegabond C18 BD is a specially developed base deactivated C18 material. Excellent peak shapes are obtained, without modifiers, through the use of special organosilanes and ultra pure synthetic silica.
Chromegabond Diol RP
Chromegabond Diol RP Columns based on diol bonding to provide superior, reproducible separations and long column life with excellent peak symmetry. Designed specifically for reverse phase chromatography.
Chromegabond DNAP
DNAP columns are designed specifically to handle complex petroleum samples and separatate based on aromatic ring class.