New Breakthrough Battery Solution!
For the Electric Vehicle (EV) and Electric Vertical Take-off & Landing (eVTOL) Market.
High-Performance | Low-Cost | Naturally Abundant | Environmentally Friendly
BinderFree FeTM
Our Patented Binder free Electrode
New anode alternative for lithium metal and graphite anodes in lithium-ion batteries.
Our breakthrough, disruptive, and transformational solution is a game-changing high-performance iron oxide binder-free electrode. It is a safer, low-cost, naturally abundant, and environmentally friendly alternative anode to lithium metal anode and graphite anode.
Interested in becoming a Development Partner or an Investor?
Seeking strategic partners to accelerate our BinderFree FeTM technology to market
An Alternative Anode to Lithium Metal Anode.
The Problem:
By nature, lithium-ion batteries are dangerous, although they are commonly used as anodes. Also, in spite of its high energy density, it is highly unstable.
Due to the fact that lithium constitutes only about 0.002 percent of Earth’s crust, the battery market is experiencing its scarcity is becoming increasingly scarce due to high demand; the market is therefore expected to experience price increases.
Finally, it is reported that after 24 hours the battery life is reduced by 2-3 % when used as an anode for batteries, reducing the battery life significantly.
Our Solution:
Breakthrough solution of a game-changing, high-performance iron oxide binder-free electrode as a safer, low cost, naturally abundant, and environmentally friendly alternative anode to lithium metal anode
Naturally abundant
More naturally abundant than lithium, leading to a lower cost.
Faster charging
experimental results demonstrate faster charging/discharging in 6 minutes with a stable capacity of over 600mAh/g.
Better Alternative
Serves as a better alternative anode to lithium metal anode and graphite anode.
High
Performance
Experimental results demonstrate that the volumetric energy density (2000mAh/cm3) and the gravimetric energy density of over (1000mAh/g) of this new binder-free iron oxide electrode is 3 times that of graphite anode and similar order of magnitude to that of lithium metal anode.
Multiple
Markets
Markets include electric vehicles (EVs), battery electric vehicles (BEV), hybrid electric vehicles (HEV), Extended Range Electric vehicles (EREV), BHEV, plug-in hybrid electric vehicles (PHEV), and Electric Vertical Take-off & Landing eVTOL.
Increased Commercialization
Resolves the volume expansion challenges associated with the charging and discharging process which leads to failure has limited commercial exploitation of low cost but high capacity iron oxide for making batteries for decades.
Interested in Leasing, Licensing or Purchasing our Technology?
Our team has over 35 years of experience in research, design, and development.
About NanoResearch, Inc.
Founded in 2005, NanoResearch Inc is a contract research organization that engages in invention & innovation focusing on research, design, development, and commercialization of energy storage/smart materials, energy storage devices, smart mechanical smart lighting products, and nano biomedical products.
NanoResearch operates through six (6) business units: licensing & leasing of IPs, contract R&D, contract product designs, contract testing & characterization, spin-off business enterprise formation, and advisory & consulting services.