Nanografi at TechBlick Electronics Reshaped USA 2026!
Nanografi will take part in TechBlick Electronics RESHAPED USA 2026, one of the key industry events bringing together the global ecosystem of printed, additive, flexible, hybrid, wearable and 3D electronics.
The event will be held on June 10–11, 2026 at the Computer History Museum in Mountain View, California, with tours and masterclasses taking place on June 9. TechBlick positions the event as a meeting point for the global electronics value chain, with 550+ peers and a broad technical agenda focused on the future of electronics.
At the event, Nanografi will present its advanced material capabilities for printed electronics, functional surfaces, flexible hybrid systems and wearable electronic applications.
What to Expect at Our Booth
Nanografi’s printed electronics focus brings together advanced materials, functional formulations and scalable material engineering capabilities. Our portfolio supports electronic applications where conductivity, flexibility, surface compatibility and long-term performance need to be evaluated together.
Featured Technology Areas
Conductive Inks & Pastes
Silver, carbon, graphene, CNT and MXene-based conductive formulations for printed traces, flexible circuits, sensor platforms and functional electronic surfaces. Nanografi Inks already positions conductive inks as solutions for flexible hybrid electronics and printed electronics applications, with formulations designed for integration into printing platforms.
Advanced Carbon Materials
Graphene powders and dispersions, graphene oxide, reduced graphene oxide, carbon nanotubes and carbon-based systems designed for conductivity, mechanical reinforcement and functional material development.
MXene Materials
MXene powders and dispersions developed for next-generation electronic, electrochemical and surface-functional applications where high conductivity and tunable surface chemistry are critical.
Silver-Based Formulations
Silver inks and pastes developed for high-conductivity printed electronic structures, contact layers, circuit traces and functional coatings.
Quantum Dots
Quantum dot materials for optoelectronic, photonic and functional material applications requiring tunable optical properties.
Why Visit Nanografi at TechBlick?
- Explore material solutions for printed, flexible and wearable electronics
- Discuss conductive ink and paste formulations for specific printing processes
- Evaluate graphene, CNT, MXene and silver-based systems for electronic applications
- Connect with a technical team experienced in advanced material development
- Discover scalable solutions for R&D, prototyping and industrial use cases