TECHNOLOGY OVERVIEW
High performance across energy and thermal applications
Our graphene materials deliver exceptional electrical conductivity, thermal management, and structural integrity for energy storage systems and heat dissipation solutions.
Enhanced energy density
Up to 40% improvement in battery capacity
Superior thermal conductivity
5000 W/mK heat transfer performance
Extended lifecycle
3x longer operational lifespan
92%
Energy efficiency improvement
5x
Faster charge rates
-40°C
Reduced operating temperature
10k+
Charge-discharge cycles
ENERGY DEVICES & STORAGE
Powering the future of energy storage
Graphene-enhanced materials that dramatically improve battery performance, energy density, and cycle life across multiple energy storage technologies.
Li-ion Batteries
Enhanced electrode materials that increase capacity, reduce charging time, and extend battery lifespan in electric vehicles and portable electronics.
40% higher energy density
50% faster charging rates
Enhanced thermal stability
Supercapacitors
Enhanced electrode materials that increase capacity, reduce charging time, and extend battery lifespan in electric vehicles and portable electronics.
10x power density increase
1 million+ cycle lifetime
Wide temperature range
Fuel Cells
High-performance catalyst supports and bipolar plates that improve efficiency and durability in hydrogen and direct methanol fuel cells.
Superior catalyst dispersion
Reduced platinum usage
Enhanced corrosion resistance
Solar Cells
Transparent conductive electrodes and electron transport layers that maximize light absorption and carrier mobility in photovoltaic systems.
98% optical transparency
Enhanced charge collection
Flexible substrate compatible
THERMAL MANAGEMENT & HEAT SPREADERS
Unmatched thermal conductivity
Graphene's exceptional thermal properties enable breakthrough solutions in heat dissipation, thermal interface materials, and advanced cooling systems for high-performance electronics.
5000 W/mK
Thermal conductivity - over 10x better than copper
Graphene-Enhanced Heat Sinks
Composite heat sinks with graphene additives that dramatically improve thermal performance in LED lighting, power supplies, and industrial systems.
Performance boost
60-85%
Weight reduction
30-40%
Corrosion resistance
Excellent
Graphene Films & Sheets
Ultra-thin, flexible graphene films for heat spreading in smartphones, tablets, wearables, and other space-constrained electronic devices.
In-plane conductivity
1500-3000 W/mK
Film thickness
10-50 μm
Flexibility
2mm bend radius
Interface Materials & Pastes
High-performance graphene-based TIMs that minimize thermal resistance between heat sources and heat sinks in power electronics and CPUs.
Thermal conductivity
15-50 W/mK
Temperature range
-40°C to 200°C
Thickness
25-100 μm
Integration process
Seamless incorporation of graphene materials into existing manufacturing workflows
Choose optimal graphene formulation for your requirements
Material Selection
Prepare substrate surfaces using standard industrial cleaning protocols
Surface Preparation
Application
Deploy via printing, coating, or composite integration methods
Validation
Verify performance with our testing protocols and quality assurance