Advanced Nanomaterials
Graphene-EnhancedMaterialsfor Industrial
Performance
Advanced nanomaterial additives for lubricants, concrete, composites, and rubber applications. Enhance your materials without complete reformulation.
- Purity range
- Up to 99.9%Purity range
- Flake thickness
- 0.5–10nmFlake thickness
- Performance gain
- Up to 40%+Performance gain
Applications Across Industries
Applications
Proven performance enhancements in lubricants, concrete, composites, and rubber applications
Lubricants
Automotive Lubricants
Reduce friction and extend engine life with graphene-enhanced lubricants
40%improved wear resistance
Material Specifications
Technical Data
Comprehensive technical specifications for our various graphene, reduced graphene oxide and graphene oxide products
| Property | Value | Description |
|---|---|---|
| Purity | 99.5% | High-grade graphene with minimal impurities |
| Bulk Density | 0.006gram/cc | Ultra-low density for efficient dispersion and maximum volume coverage |
| Surface Area | 170 m²/g [BET] & 750 m²/g [SSA] | Maximum active surface for bonding |
| Thickness | 0.8-2nm | Single, bilayer, tri-layers and few-layer graphene |
Purity
99.5%
High-grade graphene with minimal impurities
Bulk Density
0.006gram/cc
Ultra-low density for efficient dispersion and maximum volume coverage
Surface Area
170 m²/g [BET] & 750 m²/g [SSA]
Maximum active surface for bonding
Thickness
0.8-2nm
Single, bilayer, tri-layers and few-layer graphene
Performance Comparison
These specifications represent typical values. Graphene additives can achieve 40-60% performance improvements compared to traditional materials in most applications.
Proven Performance
Real-world results
Quantitative results from leading manufacturers across multiple industries
Industry
Automotive Lubricants
Global Automotive Manufacturer
- Challenge
- High wear rates in hydraulic systems causing frequent maintenance and downtime.
- Solution
- Implemented Micratto graphene additives at 0.5% concentration in hydraulic fluids.
Quantitative results
Friction Coefficient
Before: 0.1113After: 0.0692
Wear Scar Diameter
Before: 525 μmAfter: 371 μm
Anti-Oxidation (OIT)
Before: 3.04 minAfter: 40.56 min
The Graphene Advantage
Why Choose Micratto
Best in Class Heat Dissipation
Graphene is one of the best thermal conductors with high conductivity (up to 5,300 W/m·K), making it ideal for enhancing heat dissipation in engines and systems.
Friction and Wear Reduction
Graphene reduces friction and wear with its smooth layers, strong barrier properties, high thermal conductivity, and stability under heat and chemicals.
Reduced GHG Emissions
Graphene additives improve fuel economy, enable better heat dissipation, and help engines run more efficiently, reducing harmful emissions.
Get started
Ready to enhanceyour materials?
Request a technical consultation or a sample kit to evaluate graphene additives in your own formulation.
operations@micratto.com