Graphene Additives
Engineered for Your Industry
Tailored solutions for lubricants, concrete, composites, and rubber applications with comprehensive technical support
Graphene Solutions by Application
Tailored formulations engineered for specific industry requirements
Dosage
0.005-1% recommended dosage
GraphLube™ Series
Lubricant Additives
Advanced graphene nanoplatelets engineered for oil-based and synthetic lubricants
Key Applications
- Automotive engine oils
- Industrial hydraulic fluids
- Gear oils
- Metalworking fluids
- Grease formulations
Performance Benefits
- Reduce friction coefficient by 20-40%
- Extend equipment service life
- Lower operating temperatures
- Decrease maintenance intervals
- Improve fuel efficiency
Technical Advantages
How graphene nanomaterials outperform traditional additives at the molecular level
Molecular-Level Enhancement
Graphene integrates at the molecular level, creating stronger bonds between material matrices unlike macro-scale additives that simply fill voids.
Performance Comparison
Traditional
Surface-level mixing
Graphene
Molecular integration
+300% bonding efficiency
01
Extreme Surface Area
With 500-700 m²/g surface area, graphene provides maximum contact points for load distribution and stress transfer throughout the material.
Performance Comparison
Traditional
10-50 m²/g (carbon black)
Graphene
500-700 m²/g
+1000% active surface
02
Superior Thermal Management
Graphene's 5000 W/mK thermal conductivity enables rapid heat dissipation, preventing hotspots and thermal degradation in high-performance applications.
Performance Comparison
Traditional
0.2-0.8 W/mK (polymers)
Graphene
5000 W/mK
+6000x heat transfer
03
Unprecedented Strength
With 130 GPa tensile strength and 1 TPa elastic modulus, graphene reinforces materials while maintaining flexibility and reducing weight.
Performance Comparison
Traditional
3-5 GPa (steel)
Graphene
130 GPa
+2500% tensile strength
04
See the Difference in Your Application
Request a comparative analysis to see how graphene can enhance your specific materials
Request AnalysisIntegration Process
Our proven six-step process ensures seamless integration of graphene additives into your production
Key Activities
- Review current material formulations
- Identify performance bottlenecks
- Define target improvements
- Discuss regulatory requirements
- Establish project timeline
Custom Formulations
Tailored graphene solutions engineered for your unique material challenges
Surface Treatment Options
Customize graphene surface chemistry for optimal compatibility with your matrix material
- Hydrophobic/hydrophilic modifications
- Functional group attachments
- Polymer grafting
- Silane coupling agents
Particle Engineering
Precise control over graphene morphology and dimensions
- Custom particle size distribution
- Layer number control (single to few-layer)
- Aspect ratio optimization
- Porosity engineering
Hybrid Additive Systems
Combine graphene with complementary nanomaterials for synergistic effects
- Graphene + carbon nanotubes
- Graphene + metal nanoparticles
- Graphene + ceramic nanoparticles
- Multi-functional composites
Application-Specific Grades
Formulations engineered for your exact use case and performance requirements
- Temperature resistance optimization
- Chemical compatibility tuning
- Electrical property targeting
- Regulatory compliance assurance
R&D Partnership Approach
Our materials scientists work directly with your team to develop custom graphene formulations that meet your exact specifications and performance targets.
Dedicated Technical Team
PhD-level materials scientists assigned to your project
State-of-the-Art Laboratory
Advanced characterization and testing equipment
Rapid Development Cycle
Typical formulation development in 2-20 weeks
IP Protection
Confidentiality agreements and custom formulation exclusivity
50+
Custom Formulations
Ready to Enhance Your Materials?
Download our complete product catalog or speak with a technical specialist