Conductive Inks
Nanografi Conductive Inks are formulated using advanced material technologies, offering both high conductivity and durability. These inks contain conductive particles—such as silver or carbon—that facilitate efficient electrical current flow, serving as innovative alternatives to copper traces or wires in circuits. From energy storage systems to flexible, wearable electronics, these inks—based on cutting-edge materials such as silver, graphene, and MXene—streamline production processes while boosting product performance and reliability.
Key Features of Conductive Inks
Ultra-low electrical resistance and efficient energy transfer, thanks to nanoparticle structures.
Seamless integration with various printing techniques, including screen printing, inkjet, and digital printing.
Long-lasting performance against abrasion, bending, and environmental factors.
Nanotechnology-based particles enable high-resolution, lightweight circuit designs.
- Fast curing at low temperatures or under UV light reduces energy consumption and material waste.
- Water-based, non-toxic formulations benefit both the environment and user safety.
Available in different viscosities and solvent systems, tailored to specific project requirements.
Supports creating electronic circuits on materials like wood, metal, textiles, plastics, and various paper products.
The amount and thickness of the applied ink can be varied to meet project-specific resistance requirements.
Products
Mxene Inks (MxePro, Mxence)
Quantum Dot Ink (DotInk)
Graphene Ink
Graphene Oxide Ink (GraphOx)
Note: Graphene Oxide inks typically require an additional reduction step or in-situ reactive printing to become conductive. This is crucial for large-scale manufacturing efficiency.
Carbon Paste
Silver Paste
Carbon Nanotubes Paste
Battery Slurry
Applications
Batteries & Supercapacitors
Suitable for energy storage applications that require high energy density and rapid charge/discharge capabilities.
Electronic Circuits
Enables low-resistance traces for PCBs via screen or inkjet printing, providing speed and cost advantages in prototyping.
3D Antennas & EMI Shielding
Fine-line printing capability facilitates the production of complex 3D antenna designs and effective electromagnetic interference (EMI) shielding solutions.
Sensor & Actuator Systems
Reliable performance where high sensitivity and stable signal transmission are critical.
Automotive & Aviation
Offers key benefits in design and manufacturing due to low weight and excellent durability.
Other Printed Electronics Applications
Thin-film circuits, transparent heaters, flexible hybrid electronics, and beyond.
Flexible & Portable Electronics
Ideal for thin, bendable, and lightweight designs used in wearable devices and smart textiles. Multiple substrate compatibility allows seamless integration.
Why Nanografi Conductive Inks?
Engineered using advanced materials, our inks deliver outstanding electrical properties and long-term reliability for your projects.
Water-based formulations and low-temperature curing options reduce energy consumption and minimize environmental impact.
We develop custom solutions for different substrates, printing methods, or viscosity requirements.
Our product portfolio supports numerous sectors, from battery and supercapacitor manufacturing to wearable electronics.
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We look forward to seeing you!