YMC-Triart is a hybrid material prepared from well-controlled particle formation technology which is adapted from micro-reactor technology. The recently developed production step results in truly narrow particle and pore size distributions!
YMC ProFamily is based on a silica with an extremely low metal content. Low metal content suppresses polar interactions, as metal impurities cause silanol groups to become more acidic. This provides YMC ProFamily excellent resolution for a wide range of compounds, especially basic pharmaceuticals.
YMC’s best-selling, world-renowned YMC-Pack ODS-series is widely known for its variety of selectivities for nonpolar, moderately polar and polar compounds. Further, YMC-Pack ODS-AQ was the first so called “AQ-column”, which can be used under 100% aqueous conditions!
In order to develop a successful HPLC method, the choice of the optimal selectivity is essential to establish efficient separation conditions. The best suited packing material depends significantly on the characteristics of the separation conditions, which should be thoroughly considered.
Meteoric Core is a core-shell material optimised for ultra fast separations with outstanding resolution. Excellent peak shapes for basic and coordinating compounds are possible due to a large pH-range of 1.5 to 10 (to pH 9 for C8). It is also an ideal choice for LC/MS applications due to low column bleeding.
Alkyl chains of various length, such as C18, C8 and C4, are commonly used for bonding during the synthesis of reversed phase materials to provide different polarity. YMC however, have applied another approach for creating a range of divergent polarities and improving the consistency in the synthesis of reversed phase packings.
The YMC Speciality Columns represent major advances in modern chromatography. In order to obtain maximum separation and resolution, selectivity has to be optimised. YMC is dedicated to producing speciality phases, which are designed to provide a robust, reliable and easily transferable method for specific applications.