R&D • Incubation • Certification • Industrial Partnerships
We provide end-to-end graphene materials incubation and thermal management solutions — from R&D and prototyping to mass production.
From Materials Incubation to Application Integration
We focus on graphene thermal interface and heat dissipation materials, backed by a full incubation service — enabling rapid transition from lab-scale to industrial-scale.
Our integrated offering includes:
- Graphene materials incubation (formulation, prototyping, performance tuning)
- Custom material engineering (powder, paste, film, and composite options)
- System-level thermal integration and product design
- Mass production support with traceable quality control
We do not just provide materials —
we accelerate graphene adoption in real products.
Key Advantages
End-to-End Incubation Capability
Accelerate material adoption from concept to production.
Ultra-High Thermal Conductivity
Superior heat dissipation unlocks better performance and stability.
Ultra-Thin & Lightweight
Enable compact design with lower weight vs. metal solutions.
Customizable & Form-Flexible
Adaptable to flat/curved surfaces and special shapes.
Industrial-Grade Reliability
Consistent performance across harsh thermal cycles.
Application Scenarios
From incubation stage to commercial deployment:
- Electronics Cooling
High-power LED, 5G base stations, servers - EV & Energy Storage Thermal Management
Battery pack and module cooling (>50kWh systems) - Power Electronics
Inverters, power modules, communication equipment - Consumer & Wearable Devices
Ultra-thin products requiring discreet thermal solutions
Typical performance benefits:
Temperature reduction 10–20% • Structural thickness reduced up to 50% • Longer device lifespan
Graphene Adoption Barriers
Long and uncertain path from lab innovation to mass productionPerformance gap between raw graphene materials and real thermal solutions
Lack of mature incubation and engineering support for rapid commercialization
Thermal Challenges Are Growing
Higher power density → excessive heat and reduced device lifetime
Limited space for traditional cooling components
Reliability risks under demanding operating conditions
— High surface area and superior conductivity for coatings, batteries, and composites.
— Strong, conductive, and scalable for energy and electronic systems.
Carbon Quantum Dots
— Luminescent nanocarbons for bioimaging, sensing, and optoelectronics.
Conductive Carbon & Carbon Black
— Reliable conductive fillers and additives for inks, plastics, and electrodes.
Hybrid & Composite Carbon Materials
— Engineered blends for multifunctional performance.
Advanced Carbon Structure
— Aerogels, foams, and films for cutting-edge applications.
– Li-ion, solid-state, and sodium-ion batteries, supercapacitors, and fuel cells.
– Flexible electronics, conductive inks, EMI shielding, and sensors.
Coating & Protection
– Corrosion resistance, thermal coatings, and high-performance surface protection.
Composites & Structural Materials
– Lightweight reinforcement and conductive composites.
Thermal Management & Insulation
– Heat dissipation, insulation, and fire protection systems.
What Our Customers Say?
🗣️Real feedback from customers demonstrates our commitment to quality and service. We continuously collect testimonials, product reviews, and satisfaction surveys to ensure our solutions meet your needs.
I🔍Identify the best graphite and graphene products for your business. Compare specifications, costs, and brand reputations to build a shortlist that matches your technical and budget requirements.
🧪Source reliable suppliers, test product samples with your design, and confirm performance before full-scale production.
🌐We provide end-to-end graphene solutions, collaborating with partners across advanced materials, electronics, and OEM industries — all compliant with ISO and RoHS standards.
🚚Finalize purchases smoothly with GrapheneRich. We handle contract processing, production, and timely delivery — ensuring you receive materials when you need them.