SiliaBond® Cyano, Functionalized Irregular Silica Gel, SiliCycle

Supplier: SiliCycle
SiliaBond®
R38030B-5G R38130B-5G R38130B-10G R38130B-100G R38130B-10G R38030B-100G R38030B-250G R38130B-500G R38130B-1KG R38130B-25G R38130B-500G R38130B-25G R38030B-25G R38030B-10G R38030B-500G R38130B-1KG R38130B-250G R38030B-25G R38030B-100G R38030B-1KG R38130B-5G R38030B-250G R38030B-5G R38030B-50G R38130B-50G R38130B-100G R38030B-500G R38130B-250G R38130B-50G R38030B-1KG R38030B-50G R38030B-10G
75991-428EA 3330.34 USD
CA75991-438 75991-428 75991-450 75991-430 75991-452 75991-454 75991-432 CA75991-440 75991-434 CA75991-442 75991-436 CA75991-444 75991-438 CA75991-424 CA75991-446 CA75991-448 CA75991-426 CA75991-428 CA75991-450 75991-440 CA75991-430 CA75991-452 75991-442 CA75991-432 CA75991-454 75991-444 CA75991-434 75991-424 75991-446 CA75991-436 75991-448 75991-426
SiliaBond® Cyano, Functionalized Irregular Silica Gel, SiliCycle
Chromatography Sorbents Flash Chromatography Sorbents
SiliaBond is SiliCycle's line of functionalized silica gels for use in organic synthesis.

  • Great variety of functional groups available
  • Fast Kinetics
  • Compatible with all solvents
  • Excellent Mechanical and Thermal Stability
  • Controlled Loading
  • Available in multiple formats

SiliCycle is a leader in the development of functionalized silica gels, gathered under the name SiliaBond, for use in organic synthesis.

The backbone of all SiliaBond products is SiliCycle SiliaFlash® F60 which provides superior performance for all types of applications thanks to its narrow particle size distribution and high purity.

Supported reagents have distinct advantages over their solution-phase counterparts, the biggest one being the ability to do multiple transformations in a single pot, the immobilization of toxic reagents, and increased selectivity. They are suitable for use in batch reactions and in flow through applications.
Order Now

Learn more

About VWR

Avantor is a vertically integrated, global supplier of discovery-to-delivery solutions for...

Learn more About VWR