G2G PureFormula™
Proprietary plant-based formula enabling clean separation and purification of graphene layers. Also enhances metals and materials such as gold, copper, zinc, glass, and concrete.
BEST SUITED FOR
Industries:
Mining & Metallurgy: Extraction, purification, and surface treatment
Construction & Infrastructure: Cement and glass performance
Electronics & Energy: Metallurgy and conductive coatings
Industrial Materials & Fluids: Lubricants, additives, and purifiers
Applications:
Material Purification: Sustainable metal and mineral enhancement
Surface Technologies: bonding, resistance, and conductivity
Thermal Management: Reduced heat and friction
G2G Reinforce™ Rods
High-strength graphene structures offering superior durability, conductivity, and lightness. Ideal for advanced industrial and aerospace reinforcement.
BEST SUITED FOR
Industries:
Automotive & Aerospace: Structural reinforcement and composites
Construction & Infrastructure: Smart and resilient materials
Defense & Heavy Industry: Impact-resistant components
Applications:
Composites & Structural Materials: Lighter and stronger elements
Energy Systems: Improved heat dissipation and conductivity
Protective Materials: Enhanced mechanical and thermal resilience
G2G ConductInk™
Graphene-based conductive ink for printed electronics and flexible devices. Printable, stable, and designed for high conductivity across multiple substrates.
BEST SUITED FOR
Industries:
Electronics & Energy: Printed circuits and smart packaging
Healthcare & Medical: Biosensors and diagnostic strips
Consumer & Lifestyle: Wearable and flexible devices
Applications:
Printed Electronics: Flexible circuits and conductive traces
Sensors & Detection: High sensitivity and compact designs
Smart Textiles: Conductive and washable fabrics
G2G AquaGraphene™
Stable, chemical-free aqueous dispersion for coatings, printing, and industrial manufacturing processes. Designed for consistent performance and easy system integration.
BEST SUITED FOR
Industries:
Industrial Materials & Fluids: Lubricants, additives, and emulsions
Electronics & Energy: Conductive coatings and thermal management solutions
Consumer & Lifestyle: Smart textiles and wearable applications
Applications:
Functional Coatings: Anti-static, conductive, and hydrophobic
Thermal Fluids: Enhanced heat dissipation and lubrication
Surface Treatments: Improved adhesion and durability
G2G NanoPowder™
High-purity graphene nanopowder available in single-layer and multi-layer formats. Engineered for exceptional conductivity, strength, and surface area.
BEST SUITED FOR
Industries:
Construction & Infrastructure: Cement, asphalt, and concrete reinforcement
Electronics & Energy: Battery and supercapacitor materials
Automotive & Aerospace: Lightweight structural composites
Applications:
Composites & Polymers: Improved strength-to-weight ratio
Coatings & Paints: Corrosion and wear resistance
Energy Storage: Enhanced electrode conductivity
Four forms for countless applications
Four forms of pure graphene available in single-layer or multi-layer configurations, engineered for performance, scalability, and real-world applications.
Request Your Free Graphene Sample
Experience the performance of G2G Nano’s ultra-pure graphene, engineered for strength, conductivity, and consistency.
Fast Shipping
Samples shipped within 5-7 business days
Expert Support
Technical guidance included with every request
Zero Commitment
Evaluate performance risk-free before purchasing
Trusted by Industry Leaders
See what our clients say about our graphene solutions
"The graphene powder exceeded our expectations. We've seen a 40% improvement in battery performance. The purity and consistency are unmatched in the market."
Dr. Sarah Chen
CTO, EnergyTech Solutions
"We integrated their graphene liquid into our coating process. The results are outstanding - enhanced durability and conductivity exactly as promised."
Michael Rodriguez
R&D Director, NanoCoat Industries
"Exceptional quality and technical support. The graphene rods provided the perfect balance of strength and weight for our aerospace applications."
Emily Zhang
Lead Engineer, AeroSpace Dynamics