Investigating sodium carboxymethyl cellulose (NaCMC) effects on graphite anodes, this study reveals key factors influencing ...

Battery technology company Coreshell today announced $24M in strategic funding aimed at scaling production of its 60 Ah battery cells made with 100% domestically-sourced metallurgical silicon (MG-Si).

Building on the foundation of the P-300 silicon anode introduced in January, NBMSiDE ® P-300N is the Company’s latest engineering feat with the highest capacity retention achieved to date. NEO’s R&D ...

Rather than trying to beat Chinese companies, Coreshell attempting an end run, swapping graphite for its specially coated silicon.

As part of an EU project involving tech suppliers and researchers, a team sees ways that cells can remain functional despite damage or defects.

Korean researchers have succeeded in developing a key technology for all-solid-state secondary batteries, known as ...

Innovative use of polyamide in lithium-metal batteries boosts performance and safety, addressing key challenges in ...

AnteoTech is advancing its Anteo X performance additive solution for increasing silicon content in anodes and its Ultranode silicon dominant anode Given the scale of these efforts, it probably ...

An innovative approach to steel making could eliminate use of coke and resultant carbon emissions forever. The technology now ...

South Korean battery and materials companies are ramping up efforts to develop lithium metal anodes to enhance energy density. While past innovations focused on increasing nickel content in cathodes, ...