We develop and commercialize cutting edge nano tech.

At Nano Performance Technologies, we lead the way in nanotech innovation and commercialization. By collaborating with top R&D universities, alongside developing cutting-edge technology in-house, we have identified and harnessed numerous disruptive breakthroughs that are transforming the world around us. Our pursuit of new advancements in this expansive field enables us to seize premier market opportunities in advanced materials, upgrading global technologies, and maximize shareholder value. Discover how we are shaping the future with pioneering nanotech solutions.

Join us on this exciting race as we strap in and harness a new era of automotive performance, computer hardware and materials innovations.

What are advanced materials?

Nano Performance Technologies integrates advanced materials into every product we develop. Among these, graphene stands out as one of the most exciting and rapidly expanding materials, impacting global industry. We are at the beginning of a global transformation, where materials and technologies are significantly evolving. Nanomaterials like graphene enhance the strength, speed, conductivity, flexibility, and lightness of our technology, leading to comprehensive performance improvements.

$5T

$5T spend on industrial facilicies in fabs and data center and ai construction

$4T

Electronics Market

$100B

Nano Performance Technologies $100B TAM and $15B CAM

UPnano is our lineup of super materials for next generation quantum computing, semi-conductors, photonics, photo voltatics, sensors, thermo electrics, opto electronics, space electronics and more.

Pushing the boundaries of electronics with super materials that drive higher speeds, lower power consumption, and greater reliability

Tellurene

Tellurene is a two-dimensional (2D) elemental material composed of tellurium (Te) atoms a group 16 element arranged in a trigonal lattice with chiral helical chains. Its unique structure and electronic properties make it a transformative material for next-generation electronics, semi-conductors, photonics, quantum computing, sensors, biosensing, photo voltatics, thermoelectric, space and virtually all advanced electronics .

Bismuthene

Bismuthene is a two-dimensional (2D) monoelemental material derived from bismuth (Bi), a group 15 element, arranged in a buckled honeycomb lattice analogous to graphene but with distinct topological properties. Its unique electronic structure, driven by strong spin-orbit coupling, makes it a leading candidate for electronics, spintronics, photonics, and quantum computing.

Tech Pipeline

We are regularly developing original new advanced materials and nano technologies. Our list of valuable patents and IP is growing rapidly.

We forge exclusive IP agreements with university tech transfer on disruptive patents and also originate our own R&D on highly promising novel technologies.

Partnerships

St. Francis Xavier University

First Graphene

Purdue University