

ChromCore Biphenyl columns are based on high surface coverage biphenyl modified silica particles with exhaustive end-capping. They are designed for applications that require different selectivity towards aromatic analytes compared to ChromCore Phenyl or ChromCore PFP columns.

ChromCore UHPLC columns are based on sub-2 μm high-purity, monodispersed, spherical porous silica particles with precisely controlled particle size and pore structure, as well as high mechanical strength, providing high efficiency and consistency. They provide better separation, higher detection sensitivity and shorter analysis time.

Designed for preservatives analysis in food and beverage.

Designed for determination of 16 regulated polycyclic aromatic hydrocarbons.

Designed for determination of ephedra in natural plants.

ChromCore CN columns are based on high surface coverage cyano modified silica particles, and designed for separating polar analytes, such as penicillins and steroids.

PEPCore C18 is a family of high-performance, reversed-phase columns designed for separating peptides. Its column technology involves the optimized surface coverage C18 functional groups and selected pore sizes, in combination with a well-established column packing process.

PEPCore C18 is a family of high-performance, reversed-phase columns designed for separating peptides. Its column technology involves the optimized surface coverage C18 functional groups and selected pore sizes, in combination with a well-established column packing process.

PEPCore C18 is a family of high-performance, reversed-phase columns designed for separating peptides. Its column technology involves the optimized surface coverage C18 functional groups and selected pore sizes, in combination with a well-established column packing process.