N A N O A R C H I T E C T U R E


Y O U R S O L U T I O N, A N A T O M I C S H I F T A W A Y

W H O W E A R E

In the world of nanotechnology, there are different classes of materials: nanoscale sized particles (much greater than 20 nm), Quantum Materials (less than 20 nm) and then, there are atomically- or nanoarchitectured Materials (atomic lattice restructuring to invoke quantum functionality, irrespective of particle size).

NANOARC's QUANTUM MATERIALS Division specialises in the design, manufacture and exclusive supply of atomically- or nanoarchitectured materials. We expand nanotechnology beyond the perception that only certain sizes and or shapes of nanomaterials, are able to deliver specific functionality. A small piece of graphite doesn't necessarily yield diamond. We do not overlook dimensionality, our focus is on atomic architecture, to enable flexibility in nanomaterial design while facilitating compatibility. We employ nontoxic, sustainable chemistry methods. Even with constant size & shape, minute atomic shifts create unprecedented functionality & interesting architectures.


W H A T W E O F F E R

The strength of every technological system resides in the quality of the materials used to manufacture it. The advancement of fundamental and applied research also, relies on the discovery and understanding of phenomena through the study of effects generated in a reproducible manner, within materials. For the curious academics, this is a unique opportunity to explore quantum confinement phenomena beyond contemporary knowledge. With relative ease, the industrial client is poised to witness the raw strength of quantum-phase nanotechnology, by simply incorporating minute amounts of our materials as additives, within their designated systems.


P O R T F O L I O

NANOARC offers a unique set of nanopowder architectures, designed and engineered to tackle specific industrial and academic challenges. Some of which include: Technological solutions for antimicrobial fabric, catalytic, corrosion resistance, UV-blocking, neutron shielding, cancer research, energy and engineering applications. The essence of nanotechnology, is that with little material, you can achieve your expected outcome and significantly more. The more refined and well defined the nanomaterial, the lower the dosage required as an additive to your technology.