TUBALL™
graphene nanotubes: advancing materials

[💡R&D] TUBALL SWCNTs support advanced fast-charging silicon battery architecture.
Researchers from Pohang University of Science and Technology, Seoul National University, and LG Energy Solution developed a LiF-engineered SiO anode that achieved 1,000 cycles at 2C fast charging and pouch-cell energy density up to 1,125 Wh L⁻¹. The TUBALL network provided efficient electron transport and reinforced electrode integrity under the severe volume changes typical for silicon-based materials.

Read the full study: https://lnkd.in/dmns_HVT

#SWCNT #batteries #siliconbatteries

Are all carbon nanotubes the same? 🤔 Not quite.
They come in different forms—multi-wall, few-wall, and single wall. And that is why not all carbon nanotubes deliver the same performance.
Thanks to their unique one-layer structure, single wall carbon nanotubes are long and highly flexible, with a high aspect ratio and exceptional intrinsic mechanical and electrical properties. They are able to form a widespread, homogeneous, and stable 3D conductive network within materials at ultralow dosages. This makes it possible to create colorful or transparent conductive products with improved performance and durability.
Learn more on SWCNTs: https://lnkd.in/duqTzZgx
#SWCNT #MWCNT #FWCNT #CNT