nanoCarbon
The Future of Advanced Material Reinforcement
At Enerzi, we are proud to present NanoCarbon, our premium-grade nanocarbon powder engineered for cutting-edge industrial and research applications. With a high carbon purity of 96.4 atomic % and a structure that resembles graphitic layers, NanoCarbon offers an exceptional combination of conductivity, mechanical reinforcement, thermal stability, and lightweight performance. Whether you’re in advanced manufacturing, electronics, or materials science, NanoCarbon is designed to give your innovations a definitive edge.
What is NanoCarbon?
NanoCarbon is a fine black powder composed primarily of carbon, with minimal oxygen content and no trace of other elements. Its morphology features a graphitic layered structure composed of porous aggregates with an average particle size of 93 nanometers. This structural composition grants NanoCarbon a high surface area, excellent dispersion potential, and superior performance in a variety of technical applications.
Key Characteristics
- Purity: 96.4 atomic % carbon, 3.6% oxygen
- Surface Area: 80.82 m²/g (BET method)
- Pore Volume: 0.20 cc/g
- Pore Diameter: 3.60 nm
- Average Particle Size: 93 nm
- Thermal Stability: Weight loss begins only at 682°C
- pH: Neutral
- Color: Black
- Appearance: Fine powder
- Nature: Lightweight and porous
- Electrical Conductivity: Conductive
Unique Advantages of NanoCarbon
Enhanced Conductivity
NanoCarbon’s graphitic nature and high purity contribute to excellent electrical conductivity, making it an ideal additive in electronics, energy storage, and sensor applications.
Mechanical Strength Improvement
When used as a filler or reinforcement agent, NanoCarbon improves the mechanical properties—like tensile strength, stiffness, and impact resistance—of host materials including rubbers, plastics, and composites.
Lightweight Structure
Despite its high strength and surface area, NanoCarbon remains exceptionally lightweight, allowing for performance improvement without the weight penalty—critical for aerospace and automotive industries.
Thermal and Structural Stability
The material maintains its integrity at temperatures up to 682°C, making it suitable for high-temperature applications and enhancing the thermal stability of composite systems.
EMI/RFI Shielding Capabilities
With increasing demand for electromagnetic interference (EMI) and radio frequency interference (RFI) protection in electronics and defense sectors, NanoCarbon serves as an effective barrier, safeguarding sensitive components from signal degradation.
Surface Functionalization & Compatibility
Thanks to its porosity and moderate dispersion stability, NanoCarbon can be easily integrated into various polymer matrices, ensuring even distribution and consistent performance enhancement.
Applications Across Industries
Rubber and Elastomers
nanoCarbon acts as a reinforcement filler, improving tensile strength, elasticity, and abrasion resistance in rubber products used in automotive, industrial belts, tires, and seals.
Polymer and Plastic Composites
As a functional additive, nanoCarbon enhances electrical conductivity, structural integrity, and thermal resistance in polymers.
Electronics and Energy Storage
Its role as a conductive filler in electrodes is particularly valuable for batteries, fuel cells, and printed electronics.
Carbon Nanofiber and Composite Development
nanoCarbon serves as a filler material for the development of carbon nanofiber composites used in aerospace, biomedical, and sports equipment.
EMI/RFI Shielding Materials
nanoCarbon is embedded into housings, panels, and coatings to block disruptive electromagnetic and radio frequency interferences.
Research and Development
nanoCarbon is a preferred material in academic and industrial research focused on nanotechnology, material science, and composite engineering.
Why Choose NanoCarbon from Enerzi?
Enerzi’s legacy in advanced microwave systems and materials engineering ensures that every batch of NanoCarbon meets the highest standards of purity, consistency, and performance. Our commitment to innovation and research has enabled us to develop NanoCarbon as a material that bridges the gap between lab-scale innovation and industrial-scale application.
With state-of-the-art characterization including X-ray diffraction (XRD), BET surface area analysis, and morphology studies, our product is fully documented for performance verification and application readiness.
Your Ideal Partner in Materials Innovation
Whether you’re building the next generation of electric vehicles, developing smart electronics, enhancing rubber formulations, or pushing the boundaries of structural composites, NanoCarbon from Enerzi provides the performance boost your applications need.
As industries move towards lightweight, conductive, and sustainable materials, NanoCarbon stands at the forefront, empowering innovators and researchers to deliver smarter, stronger, and more efficient products.