Like sponges, mesoporous silica nanoparticles (MSNs) can adsorb exceptionally large quantities of molecules in their interior spaces (pores) thanks to their high surface area – 5 g of MSNs possess the same surface area as an American football field. This high porosity can be controlled and adjusted by carefully synthesizing MSNs with a particular pore size. Learn more about mesoporous silica ❯
Other MSN materials are available by request, with customizations such as custom sizes, surfaces, pore structures, and larger quantities.
| Application | Key Design Parameter* | Advantage | Visual Representation |
|---|---|---|---|
| ✓ Drug Delivery ✓ Catalysis ✓ Chemical Removal |
Hexagonal pore geometry | Controlled molecular adsorption & release |
 MCM-41** |
| Negative (silica) or positive (aminated) surface functionality options | Ability to perform specific chemical transformations |  |
|
| 100 nm particles with 3 nm pores | Accommodates most small molecules & drugs |  |
* Certain design parameters require a custom design – contact us to learn more
** Radial and cubic pore geometries also available as custom materials.
