HP-SCX, 3 µm - Mixed Mode Strong Cation Exchange Chromatography

Cat. No.	Description	Specification	Unit	Price
CC02501809-01	Guard Column	HP-SCX (3 µm, 120 Å), 4.6×50mm	Each	Inquiry
CC02501809-02		HP-SCX (3 µm, 120 Å), 4.6×150mm	Each	Inquiry
CC02501809-03		HP-SCX (3 µm, 120 Å), 4.6×250mm	Each	Inquiry
CC02501809-04	Custom Column, Guard Cartridge only	HP-SCX (3 µm, 120 Å), 2.0×10mm	Each	Inquiry
CC02501809-05	Custom Column, Guard Cartridge with holder	HP-SCX (3 µm, 120 Å), 2.0×10mm	Each	Inquiry
CC02501809-06	Custom Column	HP-SCX (3 µm, 120 Å), 2.1×30mm	Each	Inquiry
CC02501809-07	Custom Column, Guard Column	HP-SCX (3 µm, 120 Å), 2.1×50mm	Each	Inquiry
CC02501809-08	Custom Column	HP-SCX (3 µm, 120 Å), 2.1×150mm	Each	Inquiry
CC02501809-09	Custom Column	HP-SCX (3 µm, 120 Å), 2.1×250mm	Each	Inquiry
CC02501809-10	Custom Column, Guard Cartridge only	HP-SCX (3 µm, 120 Å), 4.0×10mm	Each	Inquiry
CC02501809-11	Custom Column, Guard Cartridge with holder	HP-SCX (3 µm, 120 Å), 4.0×10mm	Each	Inquiry

Product Description

Product Description

HP-SCX is a silica based mixed-mode strong cation exchange phase. The phase has a mixed chemical structure of sulfonic acid and phenyl group. The mixed mode of strong cation-exchange and hydrophobicity offers unique selectivity and high resolution separation for cationic/basic and nitrogen containing compounds as well as desirable retention for a variety of weak cationic and neutral organic compounds. The uniform polymeric bonding of HP-SCX enhances its stability under various separation conditions.
HP-SCX has expanded its applications from the traditional SCX separation of cationic and nitrogen containing compounds to weak cationic and neutral organic molecules. Examples include separation of analytes of amines and polyamines, such as alkaloids, peptides, codeine, and cough and cold ingredients.

Features

• Highly controlled chemistry of polymeric monolayer formation and end-capping
• Mixed chemical structure of sulfonic acid and phenyl group
• Mixed-mode of ion-exchange and hydrophobic interaction enables high selectivity and appropriate retention for a variety of compounds
• High stability and reliable lot-to-lot consistency
• pH stability: 1.5-8.0
• Suitable for separations of a complex of cationic, nitrogen containing, and neutral compounds