Low cost, high volume carbon fiber will become the standard with our technology.
Our innovative process not only slashes the energy needed for oxidation by a remarkable 75% but also significantly cuts down the greenhouse gases emitted during the carbon fiber conversion process.
1).
Our approach is designed to triple production capacity while simultaneously cutting initial capital expenditures by as much as half and ongoing operating costs by up to 30%.
2).
We leverage our technology to transform low-cost raw materials into high-quality industrial-grade carbon fiber, ensuring affordability without compromising performance.
3).
There is pent up demand in various market sectors such as transportation, energy, and infrastructure. Adoption is low due to the high cost and low availability of material. Widespread adoption of our technology will break these bottlenecks and grow the market.
Infrastructure
Economically viable carbon fiber production is set to become a game-changer for the reinforcement of infrastructure, enabling widespread application.
The integration of carbon fiber in construction reduces the reliance on concrete, thereby optimizing material usage.
Enhanced durability and lower maintenance are key benefits of incorporating carbon fiber in the structural design of bridges and other edifices.
Wind Energy
Wind turbine production currently tops the list of industries consuming industrial-grade carbon fiber, a trend that's expected to continue.
Offshore wind farms, with their unique lack of blade length restrictions, face a burgeoning demand for carbon fiber, outpacing current supplies.
The market is in dire need of increased carbon fiber production to support the projected growth in offshore wind energy developments.
Transportation
Carbon fiber's introduction into transportation has been tentative, largely confined to specialized sectors and low-production models.
Our technological advancements promise to disrupt this pattern, facilitating carbon fiber's integration into mainstream transportation.
The transition spearheaded by our technology will enable carbon fiber to move beyond niche markets and into widespread transportation use.
Pressure Vessels
The rise of cost-effective, mass-produced carbon fiber heralds a new era for the manufacturing of pressure vessels.
Carbon fiber vessels demonstrate superior storage capabilities for gases like hydrogen and natural gas, outperforming traditional metal tanks.
This advancement in carbon fiber production is poised to significantly increase the adoption and utility of carbon fiber pressure vessels in various industries.
Flywheels
Low cost, high volume carbon fiber will enable very high speed flywheels that act as energy storage for intermittent power sources such as solar and wind.
Carbon fiber flywheels can spin much faster than other materials, which is important when the energy stored is proportional to the square of the rotation speed.
Oxidized PAN Fiber (OPF)
OPF is an excellent lightweight fire and thermal protection material.
At full production scale, our technology reduces the manufacturing cost by 50% or more, while enabling us to make unique products that currently do
not exist.
At the nucleus of our advancements is
our oven technology.
Eschewing the traditional hot air convection oven method, we've pioneered a unique plasma system that significantly heightens chemical reactivity, speeding up the carbon fiber manufacturing process.
Remarkably, this state-of-the-art procedure requires nothing more than electricity and air.
Just the Beginning
At the core of our enterprise strategy are equipment sales and licensing,
complemented by strategic joint ventures that capitalize on our technical expertise.
After we showcase our technology's efficacy on a large scale, we intend to revolutionize the carbon fiber industry
by forging licensing agreements and partnerships with a diverse array of companies throughout the supply chain.
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Product Expansion
Innovative Developments and Proposals
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Joint Ventures
Fostering close collaborations to expedite market uptake
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Industry transformation
Revolutionizing carbon fiber production
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Brand New Material Products
Introducing novel oxidized and carbon fiber products crafted from new raw materials