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Polymeric microbeads (polystyrene or acrylic) decorated with ultrasmall nanoparticles in water suspension
-Very low unloading effect (Metal nanoparticles strongly anchored to the microbeads)- High active surface (metal reactivity combined to that of the support)- Multiple functionalization (at level of both the support and the metal surfaces)
Silver metal nanoparticles decorated PolyAcrylic microbeads
Silver metal nanoparticles decorated PolyStyrene microbeads
Iron Oxide metal nanoparticles decorated PolyAcrylic microbeads
Iron Oxide nanoparticles decorated PolyStyrene microbeads
Palladium metal nanoparticles decorated PolyAcrylic microbeads
Palladium metal nanoparticles decorated PolyStyrene microbeads
Platinum metal nanoparticles decorated PolyAcrylic microbeads
Platinum metal nanoparticles decorated PolyStyrene microbeads
PRODUCT | FEATURES | APPLICATIONS |
Silver on polymer microbeads |
| Biocatalysis, supporting material for biological reactions / biological sensing (nucleic acids) |
Platinum on polymer microbeads |
| Heterogeneous catalysis or removal of organic pollutants (e.g. VOC oxidation) Biocatalysis, supporting material for biological reactions / biological sensing (nucleic acids). PCR enhancer |
Palladium on polymer microbeads |
| Heterogeneous catalysis or removal of organic pollutants (e.g. VOC oxidation), biogas production, waste water treatment, etc Also usable for intracellular catalysis (cancer drugs activation) |
Iron oxide (magnetic) on polymer microbeads |
| Heterogeneous catalysis or removal of organic pollutants (e.g. VOC oxidation), biogas production, waste water treatment, etc. Nucleic Acids extraction in sample preparation |