NanowizTech Graphene Nanopowder – High Purity Graphene Powder, CAS No. 1034343-98-0, Formula :C

NanowizTech Graphene Nanopowder is an advanced carbon-based nanomaterial engineered for modern research, industrial development, electronics, energy storage, composite materials, coatings, sensors, and other high-performance applications. With its exceptional combination of electrical conductivity, thermal performance, mechanical strength, lightweight structure, large surface area, and nanoscale architecture, graphene has become one of the most important materials in advanced nanotechnology.

NanowizTech offers high-purity Graphene Nanopowder with CAS No. 1034343-98-0 and chemical formula C, providing researchers, manufacturers, universities, laboratories, and technology developers with a versatile material for demanding applications. Graphene is recognized as a two-dimensional carbon material consisting of carbon atoms arranged in a hexagonal honeycomb lattice. Its unique structure gives graphene a remarkable combination of physical, chemical, electrical, thermal, and mechanical characteristics.

NanowizTech is a leading graphene nanomaterial manufacturer and global supplier, offering graphene powders at competitive prices for laboratory quantities, commercial requirements, and bulk industrial orders. The company supports customers with international shipping and export assistance, helping researchers and manufacturers source advanced graphene materials for projects across multiple industries.

High-Purity Graphene Nanopowder from NanowizTech:

NanowizTech Graphene Nanopowder is designed for applications where material purity, nanoscale structure, conductivity, consistency, and performance are important. The product is available in powder form and can be supplied in different quantities according to application and purchasing requirements.

The standard product information provided by NanowizTech includes:

• Product Name: Graphene Nanopowder / Graphene Powder
• CAS Number: 1034343-98-0
• Chemical Formula: C
• Typical Purity: Up to 99.9% for the listed graphene powder grade
• Appearance: Black or dark gray powder
• Form: Nanopowder
• Typical Thickness: Approximately 1.6–2 nm for selected NanowizTech grades
• Density: Approximately 1.9–2.0 g/cm³ for the listed graphene powder specification
• Material Type: Carbon-based nanomaterial
• Shipping: Global/international shipping available
• Packaging: Laboratory, commercial, and bulk quantities subject to product availability

Specifications may vary according to graphene grade, production method, particle or lateral dimensions, layer number, surface treatment, and customer requirements. Buyers should request the latest technical specification sheet, Certificate of Analysis (COA), and Safety Data Sheet (SDS) for the exact grade before placing a technical or commercial order. NanowizTech notes that product specifications may be amended over time.

What Is Graphene Nanopowder?

Graphene is an advanced form of carbon consisting of a two-dimensional arrangement of carbon atoms. In ideal graphene, carbon atoms form a highly ordered hexagonal lattice. This structure creates an exceptional combination of properties that has generated extensive interest in nanotechnology, materials science, electronics, energy, coatings, sensors, and composite engineering.

Graphene nanopowder refers to graphene-based material supplied in fine powder form. Depending on the manufacturing method and grade, graphene powders can contain single-layer graphene, few-layer graphene, graphene nanoplatelets, or nanoscale graphenic structures.

Graphene nanopowder is particularly useful because it can be incorporated into other materials. Rather than requiring a continuous graphene film, researchers and manufacturers can disperse graphene powder into polymers, resins, coatings, inks, electrodes, composites, lubricants, and other formulations.

This flexibility makes graphene nanopowder an attractive material for developing multifunctional products with improved electrical, thermal, mechanical, barrier, or surface properties.

The CAS Registry Number 1034343-98-0 is associated with graphene, molecular formula as C.

Chemical Formula of Graphene Nanopowder:

The chemical formula of graphene is generally represented as C, because graphene consists of carbon atoms.

Formula: C

CAS No.: 1034343-98-0

Key Properties of NanowizTech Graphene Nanopowder:

Graphene attracts significant interest because it combines several valuable properties in a single nanomaterial.

1. High Electrical Conductivity

Graphene can provide excellent electrical conductivity, making it useful in conductive composites, electronic materials, sensors, conductive coatings, electrodes, inks, and antistatic formulations.

2. Excellent Thermal Conductivity

Graphene is well known for its high thermal conductivity. This characteristic makes graphene-based materials attractive for thermal management, heat-spreading materials, electronic components, advanced composites, and thermally conductive formulations.

3. Exceptional Mechanical Performance

Graphene’s strong carbon-carbon bonding contributes to its remarkable mechanical characteristics.

4. Lightweight Structure

Graphene combines nanoscale thickness with excellent mechanical and electrical characteristics. This lightweight nature is one of the reasons graphene is being studied for advanced composites, aerospace-related materials, automotive components, portable electronics, and other applications where reducing weight is important.

5. Large Specific Surface Area

Graphene has a high surface-area-to-volume ratio. This property is important for adsorption, electrochemical systems, sensors, catalysis-related research, electrodes, energy-storage materials, and surface functionalization.

6. Chemical and Environmental Stability

Graphene’s chemical behavior depends on its structure, defects, surface functionalization, impurities, and surrounding environment. Properly engineered graphene materials can provide useful chemical stability for coatings, composites, conductive systems, and other applications.

7. High Surface Activity

The nanoscale surface of graphene provides opportunities for functionalization and interaction with other materials. Researchers can modify graphene surfaces to improve dispersion, compatibility, chemical activity, or specific application performance.

Graphene Nanopowder Applications:

Graphene nanopowder has applications across a wide range of emerging and established technologies. Its versatility comes from the ability to combine graphene with other materials and exploit its electrical, thermal, mechanical, and surface characteristics.

Energy Storage

One of the most important areas of graphene research is energy storage.

Electronics and Conductive Materials

Graphene’s electrical conductivity makes it useful for advanced electronic-material research.