100 nm Gold Nanospheres

SKU: AUCN100-50M
Regular price $140.00 USD
Surface
Concentration
Volume

Customers outside of the US & Canada: please visit your local distributor’s website to purchase this item using its SKU, or contact us here. Thank you!

In-stock items are expected to ship within 5 days of order acceptance.

100 nm spherical gold nanoparticles are useful in applications such as biosensors, plasmonic optical effects, and drug delivery systems. For cell culture and other sensitive biological applications, a low-endotoxin formulation filtered through a 0.22 µm membrane is available at 1 mg/mL.

nanoComposix provides high quality, monodisperse, and aggregation-free nanomaterials. All our products are supplied with a batch-specific Certificate of Analysis including characterization data such as TEM, DLS, Zeta, and UV-Vis.

Intended for Research Use Only. Not for use in diagnostic procedures. Contact us for custom formulations and ISO 13485/cGMP compliant materials, or bulk supply requirements.

AUCN100-50M AUCN100-100M AUCN100-500M AUCN100-1L AUCB100-1M AUCB100-5M AUCB100-10M AUCB100-30M AUSH100-1M AUSH100-5M AUSH100-10M AUSH100-25M
Overview
Surface Citrate Silica Shelled
Description Easiest standard surface to displace with other molecules. Greatest solvent compatibility. Preserves plasmonic properties upon deposition.
Solvent 0.05 mg/mL (AUCN100): 2 mM sodium citrate solution
1 mg/mL (AUCB100): 0.2 mM sodium citrate solution
Ethanol
Surface chemistry Citrate Silanol
Specifications
Surface Citrate Silica Shelled
TEM Diameter 100 ± 8 nm Core: 100 ± 8 nm
Shell: 20 ± 5 nm
CV ≤ 15% ≤ 15% (total diameter)
Endotoxin Content ≤ 1 EU/mL (AUCB100) -
Documents
Surface Citrate Silica Shelled
Example Certificate of Analysis (CoA) Download Download
Safety Data Sheet (SDS) 0.05 mg/mL (AUCN100)
1 mg/mL (AUCB100)
1 mg/mL (AUSH100)
Storage & Handling Download Download
Expected Ranges
Surface Citrate Silica Shelled
Hydrodynamic diameter (DLS) TEM diameter + 2–12 nm TEM diameter + 15–80 nm
Zeta potential ≤ –15 mV ≤ –10 mV
pH of solution 5.5–8.5 N/A
Peak wavelength (λmax) 555–565 nm 570–590 nm