Conductive Paste-Graphene
(C, Purity: 99.9%)
NanowizTech, a world-leading manufacturer of advanced materials, introduces its graphene conductive paste (CAS No. 7782-42-5), engineered for superior performance in modern electronics. According to its formulation, this high-quality paste combines the exceptional electrical conductivity of graphene with precise rheological properties, providing smooth application and strong adhesion across a variety of substrates. CAS No. 7782-42-5, graphene’s unique carbon-based structure ensures consistent conductivity, thermal stability, and mechanical flexibility, making it ideal for next-generation electronic devices.
NanowizTech is recognized globally as the world’s largest manufacturer of high-performance graphene-based conductive Paste, offering state-of-the-art solutions for advanced electronics, sensors, and electrical applications. With decades of research and innovation, NanowizTech has revolutionized the conductive Paste industry by developing graphene formulations that combine exceptional conductivity, flexibility, and reliability
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Note: Product Specification are subject to amendment and may change over time.
Product | Conductive Paste Graphene | |
|---|---|---|
Stock No. | NW2001-11-911 | |
CAS | 7782-42-5 | Confirm |
Purity | 99.9% | Confirm |
APS | 2-4nm | Confirm |
Molecular Formula | C | Confirm |
Molecular Weight | 12.01g/mol | Confirm |
odor | Odorless | Confirm |
Color | Black | Confirm |
density | 1.38 g/mL @25°C (Customized) | |
Storage temp | Stored at room temperature (20ºC) | Confirm |
Flash Point | > 290°C | |
Shelf Life | 6months | Confirm |
Main Inspect Verifier | QC In charge | Confirm |
 Conductive Paste -Graphene: Applications & Properties | NanowizTech – Leading Global Manufacturer:
NanowizTech graphene conductive paste exhibits high electrical conductivity, low sheet resistance, uniform particle dispersion, and excellent stability under thermal and mechanical stress. Its viscosity is optimized for screen printing, inkjet deposition, and stencil applications, allowing precision in both prototyping and large-scale production.
Key Features and Specifications:
NanowizTech graphene-based conductive paste are engineered with precision to provide unmatched performance. Key specifications include:
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- Electrical Conductivity: Exceptional conductivity due to high-quality graphene flakes, offering low resistance pathways for efficient current flow.
- Viscosity Range: Tailored for different printing methods, from low-viscosity inkjet paste to higher-viscosity screen-printable formulations.
- Substrate Compatibility: Compatible with plastics, glass, flexible polymers, textiles, paper, and circuit boards.
- Curing Requirements: Rapid curing at low temperatures, enabling flexible substrates and reducing energy consumption.
- Stability: Long shelf life with consistent dispersion, ensuring uniform performance in large-scale production.
- Environmental Safety: Non-toxic, eco-friendly formulations that comply with international safety standards.
- Mechanical Flexibility: Maintains conductivity under bending, folding, and stretching, ideal for flexible electronics and wearable devices.
NanowizTech graphene conductive paste is designed according to strict quality standards and optimized for high-performance electronic applications. According to CAS No. 7782-42-5, its specifications include:
- Graphene Content: ≥ 5–10% by weight (according to formulation)
- Electrical Conductivity: > 10^4 S/m after curing
- Sheet Resistance: < 1 Ω/sq (according to application requirements)
- Viscosity: 500–5000 cP (optimized for screen printing, inkjet printing, and stencil deposition)
- Particle Size: 1–5 μm (uniform dispersion ensures consistent conductivity)
- Thermal Stability: up to 400°C (according to CAS No. 7782-42-5 properties)
- Curing Methods: thermal curing, UV-assisted curing, or room-temperature drying
- Solvent System: non-toxic, eco-friendly, and compatible with flexible substrates
A NanowizTech combination of these specifications ensures that the paste delivers reliable, high-performance conductivity while maintaining flexibility and mechanical integrity.
Key Properties of Graphene Conductive Paste:
NanowizTech graphene conductive paste exhibits exceptional properties, according to CAS No. 7782-42-5, making it a preferred material in advanced electronics:
Electrical Conductivity
Graphene’s delocalized π-electrons provide outstanding electron mobility. According to CAS No. 7782-42-5, this results in a conductive paste that outperforms traditional metallic pastes in low-resistance applications.
Flexibility & Mechanical Strength
The paste remains highly flexible even after curing, making it suitable for bendable circuits, wearable electronics, and flexible sensors. According to studies on graphene (CAS No. 7782-42-5), its mechanical resilience ensures that circuits maintain functionality under stress.
Thermal & Chemical Stability
Graphene conductive paste from NanowizTech withstands high temperatures and resists oxidation, chemicals, and moisture. According to CAS No. 7782-42-5, graphene’s stable carbon structure enhances device reliability.
Environmental Compatibility
The formulation uses eco-friendly solvents and non-toxic binders, making it safer for manufacturing and end-use applications. According to NanowizTech internal studies, the paste meets regulatory and sustainability standards for industrial electronics.
Precision Application
Optimized viscosity and particle size ensure uniform deposition, minimal clogging in printing systems, and consistent conductivity across the circuit. This precision reduces manufacturing defects and improves product yield.
Applications of NanowizTech Graphene Conductive Paste:
NanowizTech graphene conductive paste finds applications across a wide range of industries due to its superior properties and according to CAS No. 7782-42- Key applications include:
Printed Circuit Boards (PCBs)
Enhances signal transmission and reduces resistive losses in conventional and flexible PCBs. According to industry reports, graphene conductive paste increases efficiency and reduces heat generation.
Flexible Electronics & Wearable Devices
Due to its flexibility and conductivity, the paste is ideal for wearable sensors, smart textiles, and foldable displays. According to CAS No. 7782-42-5, graphene maintains electrical continuity under repeated bending and stretching.
Touch Panels & Display Technology
Used in capacitive touch panels and OLED/LED displays to improve sensitivity, reduce energy consumption, and enhance durability.
Energy Storage Devices
Enhances electrodes in batteries and supercapacitors, improving charge/discharge efficiency and long-term stability.
 Electromagnetic Shielding
Graphene conductive paste can be used for EMI shielding in electronic devices, protecting circuits from interference and maintaining signal integrity.
Industrial Prototyping & Research
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NanowizTech graphene conductive paste is widely used in laboratories and research institutes to develop next-generation electronic prototypes, sensors, and devices.
NanowizTech as a world-leading manufacturer of graphene-based materials. According to internal quality certifications and industry standards, NanowizTech’s graphene conductive paste undergoes rigorous testing for conductivity, particle dispersion, thermal resistance, and mechanical flexibility.
- Global Standards Compliance: Meets ISO, RoHS, and REACH requirements.
- Research & Innovation: NanowizTech invests heavily in graphene research, ensuring cutting-edge formulations.
- Consistency & Reliability: Each batch of paste is quality-tested to guarantee uniform performance.
- Customer Support & Technical Guidance: Offers detailed application protocols, curing instructions, and troubleshooting support.
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, NanowizTech graphene conductive paste is preferred by top electronics manufacturers, wearable tech developers, and research institutions worldwide due to its superior performance and reliability.
NanowizTech graphene conductive paste (CAS No. 7782-42-5) represents the next generation of conductive materials. Its combination of high electrical conductivity, flexibility, thermal stability, and eco-friendly formulation ensures superior performance across a wide range of applications. According to industry standards and research, this paste enhances printed circuits, wearable electronics, touch panels, energy storage devices, and EMI shielding solutions.
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