Silica Packing Material

Synthetic silica, composed primarily of silicon dioxide, has become indispensable in today’s world in regard to its exceptional chemical stability. Consequently, uncountable commercial applications are now relying on synthetic silica,... Read more...

YMC-Triart columns are well-suited to a variety of applications in pharmaceutical and chemical laboratories.  Eight different phases are available, all trifunctionally bonded, in column sizes ranging from .075 – 300mm ID. ... Read more...

For two decades, SiliCycle has been dedicated to silica gel manufacturing and has achieved a strong know-how and recognized expertise in this field. Furthermore, to support the increasing demand of our spherical silica gels, we have d... Read more...

Use our bulk packing materials to pack your own columns. Our extensive QC program ensures the high quality and reproducibility of these silicas. You can be confident that you are getting consistent, high-quality product when you sourc... Read more...

A successful packing material from the start: LiChrosorb® is one of the most successful and reliable packing materials used in HPLC for more than 25 years and documented in literature in the form of several thousand applications. The ... Read more...

Spherical silica carrier for constant results on high level: LiChrospher® are reliable and versatile traditionally produced spherical silica carrier. LiChrospher® silica carrier are available with different modifications. For the LiCh... Read more...

Scaling up is easier when using an HPLC media that provides near identical performance across all particle sizes and with increases in column diameter. The separation characteristics of each Phenomenex media offer unique selectivity for ... Read more...

Over 50 years of reproducible performance Read more...

The popular Bondapak ® C18 chemistry and Porasil® silica packing material are available in three different particle sizes, 10, 15-20, 37-55 micron, providing easy transfer of chromatography methodology from one particle size to another. ... Read more...