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Graphene | Hypersonics | U-TBCC |  U-GTG | Motors & Rotors | Conforming Tanks | Primary ION Drives (Space)

 

IO Aircraft Technologies

 

Graphene

 

*Only disclosed, but sanitized or protected intellectual property can be found here

 

 

"Up to 40X the energy storage versus Lithium Batteries"

 

Next Patent Filings

Graphene Mass Production & 3D Printing Using Pure Graphene Oxide Dust

• Mass Production of Graphene, CVD, 95-97% Cost Reduction

• Mass Production of Graphene Strips (1.5-2"W X 250-5000ft)

• Mass Production of Graphene Sheets (36"W X 250-5000ft)

• Mass Production Graphene Strands/Thread/Nano Tubes

        • (10,000-50,000ft Spools, or greater)

• Mass Production of Graphene Oxide Dust

• 3D Printing Graphene, using Graphene Oxide Dust

 

"Graphene is 200 times stronger than steel by weight. It is 1,000 times lighter than paper. It is 98 percent transparent."

 

Some of the aspects involved with our graphene developments is the ability to produce large industrial scale volumes, via enhanced cvd processes, and our equipment are able to tailor the layers to whatever is required. That is from 1 atom thickness, through several thousand layers.

 

This means being able to produce viable product for market, to be used across thousands of market sectors.   Even the graphene strand/nanotube series, customers will be able to weave into graphene cloth, which replaces carbon fiber, kevlar, fiberglass, etc.  And can be then used in composite mold layups.

An example of processes involved with finished product, it now becomes possible to even produce graphene roll cages, similar to aluminum welder roll cages, but instead of 30,000-60,000 psi tensile strength, graphene based roll cages are 2,000,000 psi tensile strength.

 

3D printing using graphene is a very complex process, but that innovation, we have made it as simple as 3D printing plastics today, but fusing the graphene oxide dust during the process, which thus results in a single structure, bonded at the atomic scale.

 

We will not be manufacturing graphene for the general market, but we will be licensing the technologies, capabilities, and permission to duplicate our machines to industry globally once the intellectual property is protected across multiple regions of the planet. Our manufacturing is for IO Aircraft only.

 

 

 

 

 

 

 

 

Additionally, Graphene is now also known to maintain the longest

Stress testing  revealed graphene has a fatigue life > 1 billion cycles – the highest of any known material.

 https://afm.oxinst.com/learning/view/article/graphene-takes-a-long-time-to-crack-under-pressure

 

 

 

Graphene Thermal Properties

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6474003/

 

 

 

Hybrid Graphene nanoplatelets and multiwalled carbon nanotubes are excellent at reinforcing materials, which have resulted in 260% improvement in compression and 190% in tension over that of parent epoxy

 

 

Surprising superconductivity of graphene

 

https://www.science.org/doi/10.1126/science.abn9631

 

https://www.nature.com/articles/nature26160

 

graphene bilayer becomes superconducting in the presence of suitably arranged electric and magnetic fields. Their experiments indicate a rarely found exotic state for the electrons, where superconductivity is particularly robust against large magnetic fields that usually destroy the effect. The discovery of superconductivity in as relatively simple a structure as a graphene bilayer opens an avenue for better understanding the phenomenon

 

 

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Federal EIN: 88-0923907   

Florida ID: P22000015365   

 

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