Hyperion Detonation Technology from the Leading Graphene Manufacturer
The Hyperion Reactor is changing the landscape of synthetic nanotechnology through an elegant synthesis.
The Hyperion Reactor is an example of an elegant synthesis. Fill a chamber with hydrocarbon gas and oxygen, ignite the mixture with a small spark, and voila, ultra-pure graphene is formed.
PATENTED IN 2016
High-yield production via detonation is the founding technology for HydroGraph.
The detonation system produces the highest purity, most consistent graphene with the smallest environmental footprint in the industry in a process that is modular and scalable. HydroGraph’s graphene provides atom by atom customizability and in tonnage amounts with near perfect batch to batch consistency.
We ignite material change.
The Hyperion System
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HydroGraph’s Hyperion System changes the landscape of nanotechnology, beginning with graphene and followed by an array of other valuable materials
Graphene
We produce the highest-quality, purest, most consistent, most easily integrated graphene on the market. These high-quality standards enable true commercial integration of graphene for the first time in history.
Detonation Chamber
Conserves energy and prevents emissions. Ideal for commercial deployment: modular, scalable, customizable, decentralized, and eco-friendly.
Graphene Properties
STRONG
FLEXIBLE
IMPERMEABLE
THERMAL CONDUCTIVITY
TRANSPARENT
ELECTRICAL CONDUCTIVITY
Graphene is 200 times stronger than steel, yet extremely flexible, able to bend and stretch to 120% of its original size. This allows many applications in composite materials like rubber, plastic, aluminum & concrete. Its durability is great for coatings, additives and wearable technologies.
It is also thin, light and transparent.
Graphene can conduct electricity at 1000 times the capacity of copper and electrons move through it at nearly light speed. Imagine the possibilities of more efficiency for computer chips with improved speed and longer lasting battery life.
And, graphene is impermeable – hydrogen atoms cannot penetrate its structure, a great feature for water purification, gas storage and hydrogen fuel cells.