AQC

Atomic Quantum Clusters are stable clusters of between 2 and 150 atoms, with average particle sizes in the range 0.5-2 nm. These very small particles exhibit unique properties through quantum size effects, which are dominant over classical Newtonian behavior, as a consequence of cluster sizes being comparable to the electron Fermi wavelength.

AQC are currently available in Silver and Gold and can be prepared to custom specifications including cluster size, surface functionalization, concentration and carrier fluid. The following products are listed as examples of currently available materials.

	NGAP AQC Ag-1101-W Silver AQC are predominantly used as antimicrobial additives where, compared to NanoParticles, they exhibit enhanced efficacy and transparency and do not discolor through oxidation. Cluster Size : 2-4 atoms Product Form: Dispersed in water Concentration up to: 175 mg/L Silver Ions Present: Yes Color: Transparent Principal Use: Antimicrobial additives, electrocatalysis enquiry page
	NGAP AQC Ag-1102-W Silver AQC are predominantly used as antimicrobial additives where, compared to NanoParticles, they exhibit enhanced efficacy and transparency and do not discolor through oxidation. Cluster Size : 2-4 atoms Product Form: Dispersed in water Concentration up to: 0.5 mg/L Silver Ions Present: No Color: Transparent Principal Use: Antimicrobial additives, electrocatalysis enquiry page
	NGAP AQC Ag-1103-A Silver AQC are predominantly used as antimicrobial additives where, compared to NanoParticles, they exhibit enhanced efficacy and transparency and do not discolor through oxidation. Cluster Size: 5-15 atoms Product Form: Dispersed in acrylate monomer (HDDA) Concentration up to: 10 g/L Silver Ions Present: Yes Color: Transparent in use Principal Use: Antimicrobial additives enquiry page
	NGAP AQC Au-1301-W Gold AQC are predominantly used in electrocatalytic applications. Cluster Size : 2-4 atoms Product Form: Dispersed in water Concentration up to: 50 mg/L Gold Ions Present: Yes Color: Transparent Principal Use: Electrocatalysis enquiry page