SiliaCat®- Compatibility with New Technologies
SiliaCat In Flow Chemistry and Microwave Assisted Experiments
SiliaCat can also be used in flow chemistry and under microwave radiation. In flow chemistry, simply place the SiliaCat inside the solid-phase reactor included in the flow system (i.e. Syrris Asia® Solid Phase Chemistry Reactor) and run the reaction.
In microwave experiments, SiliaCat showed excellent catalytic efficiency in a short period of time.
The significant costs associated with precious metal catalysts and their undesired tendency to remain in organic products has generated interest for an increase in reactivity and ways to recover and reuse these metals. SiliaCat DPP-Pd is a unique diphenylphosphine palladium (II) heterogeneous catalysts made from a leach-resistant organoceramic matrix.
SiliaCat® TEMPO is a heterogeneous catalyst/reagent made from a proprietary class of organosilica-entrapped radicals suitable for the selective oxidation of delicate substrates into valued carbonyl derivatives.
SiliaCat Pd0 is a new series of patent-protected sol–gel-entrapped Pd nanocatalysts. It is made from highly dispersed Pd nanoparticles (uniformly in the range 4.0–6.0 nm) encapsulated within an organosilica matrix.
SiliaCat Pt0 is made of organosilica physically doped with nanostructured platinum (0), and is both stable and efficient. This catalyst was successfully prepared by a novel and simple sol-gel route.
Containing : SiliaCat DPP - Pd, Pd0, Pt0 and TEMPO