Tocco Report: The Tocco 2025 Materials Review
Biggest Breakthroughs, Failures & Lessons in Material Landscape
This report by the Tocco Editorial team provides a cross-sector review of advanced materials in the year 2025, highlighting major breakthroughs, notable failures, and key lessons learned. It is written for a broad audience, from product designers and procurement managers to investors and industry experts, aiming to be instantly intelligible to non-experts while insightful to veterans.

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- Global Landscape of Advanced Materials in 2025 - New Milestones & Trade Dynamics
- Materials for Energy & Climate Solutions - Batteries, Energy Storage, Renewable
- Materials in Electronics & Communication - Semiconductors, Metamaterials, Quantum
- Materials in Biotech & Healthcare - Biomaterials, Medical Devices, Biofabrication
- Other Notable Developments - Innovations in Materials Construction and Mobility
- Glossary

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?
somethingArkema’s Elium® liquid thermoplastic resin
The disposal of massive wind turbine blades, traditionally made from non-recyclable thermoset composites, poses a major environmental problem for the wind energy industry. A significant solution emerged in 2025: the ZEBRA consortium successfully produced a full-scale, 62-meter recyclable blade. This was made possible by Arkema’s Elium® liquid thermoplastic resin. Elium resin-based composites are a drop-in replacement for conventional resins, yet they offer a crucial difference: 100% recyclability. Through chemical recycling, the process recovers both the resin and the fibers, which can then be reused to create new, virgin-quality materials. This innovation proves that the high performance required for wind energy can be achieved while enabling a true circular economy for its components.
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