NANOARC UNIQUENESS

NANOARC is redefining industrial nanotechnology by moving beyond composition-driven materials. Our sub-20 nm ligand-free nanoparticles deliver unmatched performance through a unique three-part approach:

1. Atomic-Lattice Engineering – precise control of bonds, electron density and defect structures at the atomic scale

2. Geometry Optimisation – spherical, hollow and fullerene shapes maximise surface area, mechanical resilience and accessibility

3. Quantum Confinement – sub-20 nm dimensions unlock superior optical, electronic and catalytic properties

The Result: Materials with 30–300% higher functional efficiency per gram, more active atoms, lower material use, and ready for direct industrial integration.

BREAKTHROUGH MATERIALS AND KEY BENEFITS

1. FULLERENE ZnO & SiC (<10 nm)

• ZINC FULLERITE: Enhanced photocatalytic, antimicrobial and UV-blocking performance

• SILICENE CARBIDE: High-temperature, radiation-resistant and wear-resistant applications

• INDUSTRIAL BENEFITS: Multi-functional, ligand-free nanoparticles for coatings, composites and electronics with superior efficiency

2. HEMISPHERICAL HOLLOW CaO (<20 nm)

• Hollow structure maximises surface reactivity and thermal stability

• INDUSTRIAL BENEFIT: Faster reactions, efficient carbon capture, biodiesel catalysis and reduced material use

3. SOLID-SPHERE GOLD (<10 nm, Violet–Pink)

• Strong plasmonic response enhanced by lattice engineering and quantum confinement

• INDUSTRIAL BENEFIT: Ultra-sensitive sensors, photo-thermal therapies and advanced coatings with direct functionalisation

WHY CHOOSE NANOARC

• REPRODUCIBLE QUALITY: Sub-10 nm and sub-20 nm uniformity ensures consistent lattice structures

• VERSATILE PROCESSING: Compatible with sol–gel, vapour-phase and template-assisted techniques

• MATERIAL SAVINGS: Shape and lattice control reduces loading requirements

• PLUG-AND-PLAY: Direct integration into coatings, composites, catalysts and sensors

STRATEGIC ADVANTAGES

• Boost performance without changing chemistry – faster adoption, lower risk

• Accelerate regulatory approval – using proven chemistries

• Modular integration – fits existing production lines

• IP opportunities – proprietary lattice-engineered structures

• Enhanced surface functionality – quantum- and lattice-driven activity for catalysis, sensing and functionalisation

THE NANOARC Advantage

Ligand-free, lattice-engineered, sub-20 nm nanoparticles delivering:

• Higher efficiency per gram

• Expanded industrial functionality

• Reduced material use and operational cost

• Direct applicability in industrial processes

NANOARC represents the next generation of nanotechnology, where geometry, lattice and quantum effects combine to deliver measurable, high-impact solutions.

ATOMICALLY - ARCHITECTURED Q-AURUM

NANOARCHITECTURE : < 10 nm (0.01 μm) Spherical Nanoparticles

COLOUR : Mauve/ Purple-White/Violet Nanopowder

BOHR RADIUS : ~ 0.174 nm

HEAT RESISTANCE : Up to 1064 °C (1947.2°F)

APPLICATIONS : Catalysis, photovoltaics, sensory probes, therapeutic agents, drug delivery in biotechnological and biomedical applications, electronic conductors, jewelry.

View Safety Data Sheet  (SDS) HERE