About Graphene Nano
Creating Materials for the Future
Graphene Nano is an advanced company that combines innovation and technology. We produce graphene-based materials and enable their application across energy, environmental protection, electronics, and advanced materials.
Revolutionary Graphene Aerogel Technology
Our ultra-light, high-purity Graphene Aerogel represents a breakthrough in nanomaterial science. Combining the unique properties of two-dimensional graphene with microscale porous structures, our aerogels exhibit ultralight, ultra-strength, and ultra-tough characteristics that make them suitable for harsh environments in aerospace, military, and energy-related fields.
As the world's lightest 3D structures with densities as low as 0.16 milligrams per cubic centimeter - twice the density of hydrogen and lower than helium - our graphene aerogels can absorb more than 850 times their own weight, making them revolutionary for environmental cleanup applications like oil spills.
Exceptional Properties
Ultra-Low Density
0.16 mg/cm³ - lighter than helium, can rest on flower petals
Superior Conductivity
Excellent electrical and thermal conductivity for energy applications
Mechanical Strength
Ultra-strength and ultra-tough properties with super-elasticity
High Porosity
Up to 99.8% porosity with surface areas of 500-1200 m²/g
Reusable & Sustainable
Environmentally friendly with excellent regeneration capabilities
Absorption Capacity
Can absorb 850+ times its weight in oils and organic solvents
Advanced Applications
Our graphene aerogels have promising applications in sensors, capacitors, electromagnetic shields, microwave absorption, oil adsorbents, and insulation materials. Recent studies show they can remove up to 99% of heavy metals from water, outperforming conventional adsorbents.
Energy Storage
Supercapacitors, lithium-ion batteries, fuel cells
Environmental Protection
Oil spill cleanup, water purification, air filtration
Electronics
Sensors, electromagnetic shields, flexible electronics
Advanced Materials
Aerospace composites, thermal management, insulation
Environmental Impact & Benefits
Our graphene aerogels contribute significantly to environmental protection and energy conservation. With growing awareness of environmental sustainability, these materials offer exceptional solutions for water treatment, air purification, and renewable energy storage.
- • Water Purification: Remove 99% of heavy metals and organic pollutants
- • Oil Spill Cleanup: Absorb crude oil and derivatives efficiently
- • Air Quality: Advanced filtration for toxic organic solvents
- • Energy Efficiency: Ultra-low thermal conductivity for insulation
- • Recyclability: Reusable materials with excellent regeneration properties
Technological Advantages
Nano-level Control
Precise molecular-level engineering with controlled pore structure and density
Environmental Safety
Sustainable manufacturing processes with minimal environmental impact
Advanced Synthesis
State-of-the-art hydrothermal and chemical reduction methods
Quality Assurance
ISO-certified processes ensuring consistent high-performance materials
Advanced Production Process
Our manufacturing process utilizes cutting-edge synthesis methods including chemical reduction, hydrothermal treatment, and template-directed approaches to create graphene aerogels with superior properties and consistent quality.
Chemical Synthesis
Graphene oxide preparation and functionalization
Hydrothermal Treatment
Controlled reduction and 3D structure formation
Quality Control
Comprehensive testing for purity and performance
Specialized Packaging
Protective packaging to maintain aerogel integrity
Commercial Availability
Our high-quality graphene aerogels are commercially available for research institutions, industrial applications, and product development. We provide customized solutions for specific applications in aerospace, environmental protection, and energy storage sectors.