TUBALL™
単層カーボンナノチューブ：最先端 材料

[R&D] Same battery recycling process. Two types of nanotubes. Strikingly different results. Researchers from @[University of Natural Resources and Life Sciences, Vienna (BOKU)](urn:li:organization:15090660), Stat Peel, and OCSiAl measured airborne nanotube concentrations during laboratory-scale battery recycling.
TUBALL™ SWCNTs: 0.097–0.875 µg/m³—below the recommended exposure limit in both tests.
MWCNTs: 1.21–1.37 µg/m³—above the limit in both tests.
The difference matters as battery recycling expands and the industry focuses on safer, more sustainable processes.

Read the full article: https://lnkd.in/dwEhZbZM
Gunther Van Kerckhove

#swcnt #battery #batteryrecycling #industry

Henry Ford’s wife, Clara, drove a Detroit Electric back in 1914. 🔋
More than a century later, we’re here at The Battery Show North America 2026 in Detroit, working on what comes next for EV batteries.
The materials have changed considerably, and even a small amount of an advanced additive can make a big difference.
We’re showcasing how TUBALL™ single wall carbon nanotubes help battery manufacturers improve conductivity, reduce swelling, and enhance electrode flexibility and processing.

Ian Fellows

📍 Visit OCSiAl at Booth 4918, October 12–15!

#TheBatteryShow #OCSiAl #TUBALL #BatteryTechnology #SWCNT #EVBatteries