Graphene Reinvented for Industry
Pioneering cost-effective graphene production
Industrial graphene products for the mass market
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Carbon nano onions (CNOs)
Core-shell nanostructures
Carbon nano onions (CNOs) - carbon nanostructures composed of multiple concentric fullerene shells, with interlayer spacing of 0.334 nanometers.
consisting of different metal / semimetal core wrapped in graphene layers (Si@C, Ni@C etc.)
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Fullerenes
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Fullerenes are unique carbon nanostructures composed of carbon atoms arranged in closed hollow spheres, ellipsoids, or tubes—most famously, the C60 «buckyball».
Mass-production
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We operate the world’s first mass-production facility for ultra-pure carbon nano-onions and fullerenes with zero CO₂ emissions, fully established in United Arab Emirates.
Zero-emission graphene mass production
Carbon nano-onions
monodisperse particles, contamination-free
high purity
No surfactants needed
stable powders, ready for direct application
supports CNOs, fullerenes, and core-shell graphene
Versatile production
Scalable output
Our patented method allows scalable, solvent-free production of Carbon Nano-Onions, Fullerenes, and Core-Shell Graphene using clean gas-phase synthesis under cyclic compression.
Located in United Arab Emirates, our facility operates without CO₂ emissions, delivering high-purity, ready-to-use nanomaterials for industrial applications.
Located in United Arab Emirates, our facility operates without CO₂ emissions, delivering high-purity, ready-to-use nanomaterials for industrial applications.
industrial-level volumes, batch-controlled
explore SDS
Oils & Industrial Lubricants
Applications
Polymers, plastics & composites
Industrial water filtration
- Removes heavy metals and harmful oxo-anions
- Fast adsorption, stable in various pH and saline conditions
- Reusable after regeneration
- Separates oil efficiently from water
- Up to 10× higher capacity than traditional graphite anodes
- Graphene shell protects core for enhanced durability
- Stable capacities
Battery anodes
Coatings & paints
- Strong corrosion protection
- Improved adhesion
- Increased strength and wear resistance
- Antibacterial effects
Metalworking fluids & Coolants
- Ultra-low friction (0.07–0.12)
- High wear resistance
- Nano-bearing effect
- Chemical stability
- Boosts fuel efficiency
- Boosts strength by 40%
- Improves thermal stability by 30%
- Cuts warping by 50%
- Improves print quality
- Reduces tool wear and extends tool life
- Lowers friction for better mechanical processing
- Enhances cooling efficiency
Carbon nano onions (CNO)
High-purity spherical nanostructures (30–60 nm) designed to enhance thermal, mechanical, and electrical performance.
OUR PRODUCTS
Next-Gen Nanofluid Additive for High-Performance Plastics. Advanced nanofluid with CNOs and fullerenes for enhanced thermoplastics.
GraphFusion CNO™
Sigraphan™ | Si@C Nanopowder
SI@C is designed for anode materials of lithium-ion batteries to provide up to 10 times the capacity of Li-ion batteries
Improve paints and coatings with our nanofluid additive of onion-type graphene and fullerenes, delivering enhanced durability, thermal control, corrosion resistance, and UV protection.
NanoProtect™
LubriShell™
Advanced nanofluid with onion-type graphene and fullerenes reduces friction and wear, boosts thermal conductivity, and enhances engine life and fuel efficiency.
Our water-based nanofluid, enriched with carbon nano-onions (CNOs) and fullerenes, provides a high-purity, stable dispersion tailored for advanced industrial use.
AquaShield CNO™
What Makes Our Graphene Products Different
Property
Carbon Nano-Onions (CNO)
Fullerenes
Core-Shell Graphene
~50–60 nm with metal core
Molecular (C60, C70)
30–60 nm
Particle Size
Structure
Multilayer nested shells
Closed hollow spheres
Metal core with graphene shell
Stable nanofluids
Variable, depending on the supporting material
Excellent
Dispersibility
Surface Area
Up to 282 m²/g
10–50 m²/g
30–600 m²/g (depending on core)
Applications
Mechanical Strength
High
Molecular stability
High
Batteries; Catalysis; Sensors; Hydrogen energy; Coatings, Oil Displacement & Recovery; Power electronics; Heat-resistant components;
Organic solar cells; Medicine; Sensors; Industrial Lubricants etc
Oils & Industrial Lubricants; Metalworking fluids & Coolants; Polymers, plastics & composites; Coatings & paints; Industrial water filtration etc
Thermal Conductivity
High (up to 2000 W/m·K)
Low (~0.4–0.7 W/m·K)
Medium–high (~120–270 W/m·K - depending on core)
Italy
R&D
DOCUMENTATION
Our company integrates deep expertise in physics, chemistry, nanotechnology, and materials science with industrial-scale manufacturing. With R&D centers and production plants across 3 continents, we ensure global reach and local support.
Get in touch with us to learn more about our products and how they can benefit your industry. We're here to help with any questions you may have.
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China
USA
UAE
Scientific Excellence Meets Industrial Scale
© 2025 | www.onegraphed.com | Corundum High Tech Solution FZ-LLC is the only IP owner.
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