NanoXact Mesoporous Silica Nanospheres - 100 nm, 5 mg/mL in ethanol, 100 mL

As a global leader in silica nanoparticle production, nanoComposix specializes in providing high-purity and monodisperse nanomaterials – delivering the quality you need for consistent results.

100 nm spherical mesoporous silica nanoparticles with hexagonal MCM-41 pore structure combine biocompatibility and high drug-loading capacity with versatile surface functionalization capabilities. These nanoparticles are useful in a broad range of applications from nanomedicine, targeted drug delivery, catalysis, and more.

nanoComposix provides high quality nanomaterials that are precisely engineered and highly characterized. All our products are supplied with a batch-specific Certificate of Analysis including characterization data such as TEM, DLS, Zeta, and UV-Vis.

Overview

Surface	Silica	Silica (dried)	Silica, Aminated	Silica, Aminated (dried)
Description	Ready-to-use suspension for surface modification or deposition.	Powder format allows greater flexibility with solvent choice and concentration.	Conjugatable surface. Ready-to-use suspension for surface modification or loading.	Powder format allows greater flexibility with solvent choice and concentration.
Solvent	Ethanol	N/A	Ethanol	N/A
Surface chemistry	Silanol	Silanol	Amine	Amine

 

Specifications

Surface	Silica	Silica (dried)	Silica, Aminated	Silica, Aminated (dried)
TEM Diameter	100 ± 20 nm	100 ± 20 nm	100 ± 20 nm	100 ± 20 nm
CV	≤ 20%	≤ 20%	≤ 20%	≤ 20%

 

Documents

Surface	Silica	Silica (dried)	Silica, Aminated	Silica, Aminated (dried)
Example Certificate of Analysis (CoA)	Download	Download	Download	Download
Safety Data Sheet (SDS)	5 mg/mL (NanoXact)	Powder (NanoXact)	5 mg/mL (NanoXact)	Powder (NanoXact)
Storage & Handling	Download	Download	Download	Download

 

Expected Ranges

Surface	Silica	Silica (dried)	Silica, Aminated	Silica, Aminated (dried)
Zeta potential	≤ –5 mV	N/A	≥ 20 mV	N/A
Pore diameter	3 ± 1 nm	3 ± 1 nm	3 ± 1 nm	3 ± 1 nm
Surface area	500–1200 m2/g	500–1200 m2/g	500–1200 m2/g	500–1200 m2/g