Tocco Report: Graphene 2026 Edition
Scaling Material Science: From Labs to Industrial Realities
When graphene was first isolated in 2004, it was hailed as the material of the future, a one-atom-thick sheet of carbon that promised to revolutionize everything from smartphones to skyscrapers. It was thinner than a human hair, stronger than steel, and more conductive than copper. Scientists, investors, and the media rushed to declare a new era. Designers were told it would replace silicon, revolutionize energy, and usher in an age of sci-fi-level performance.
Two decades later, we know better. Graphene didn’t turn out to be a silver bullet, but it didn’t vanish, either. It matured. Today, you’ll find it quietly improving the things we already use: making rubber tires more durable, concrete stronger with less material, and coatings more conductive and corrosion-resistant. The miracle flake has become a workhorse, valuable, but no longer mythical.
Tocco team’s goal is to bring clarity to that shift, to help separate signal from noise, momentum from marketing, and evolution from overstatement. Whether you’re creating products, planning R&D roadmaps, or simply keeping an eye on what’s next, this is a landscape worth understanding, not for the buzzwords, but for the underlying movement they often obscure.

Explore This Report
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- Get to Know Graphene: Introduction for Innovators - Unpacks graphene’s composition, discovery story, formats, and its structural strengths and limitations
- Post-Graphene Materials Landscape - Overview of 2D materials market, patent trends, and industrial drivers beyond graphene
- MXenes: Conductive 2D Carbides and Nitrides - Properties, manufacturing methods, challenges, and emerging uses in , energy storage, and EMI shielding
- Boron Nitride Nanosheets (White Graphene) - Insulating 2D material with thermal management applications, production scale-up, and collaborations.
- Carbon Nanotubes: Nanofibers in Composite and Electronics - Commercial maturity, structural reinforcement, conductive additives, and electronic device integration
- Glossary - Definitions of 30+ technical terms related to 2D materials and associated engineering concepts

Materials in focus
Explore the innovative materials shaping the future

Biodegradable

Recycled

Bamboo

Mycelium

Silk

Upcycled

Cotton

Linen

Latex

Bioplastic

Hemp

Leather

Jute

Banana Fibre

Wool

Fur

Sisal
What's inside?
somethingMajor initiatives like the EU’s Graphene Flagship (a €1 billion program with 150+ partners) aimed to bring graphene from lab to market, and in the process trained a generation of researchers now exploring “beyond graphene” materials.
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