Rechargeable magnesium batteries promise higher volumetric capacity and greater resource abundance than lithium-ion systems, ...

Optimized stack pressure can double lithium-ion pouch cell cycle life by balancing cathode cracking and lithium plating.

Exploring advanced titanium processing and precision manufacturing technologies behind durable, high-performance metal ...

Cambridge researchers found that applying the right constant pressure to lithium-ion battery cells could double their ...

Physical pressure may hold the secret to significantly longer‑lasting electric vehicle batteries, according to engineers at ...

After decades of resource extraction, global recycling efforts are finally accelerating. A UK-based clean ...

Dry battery electrodes promise a cleaner way to build the lithium-ion cells that power electric vehicles and grid storage.

The refinery involves the development of a downstream battery anode material refinery to convert high-purity natural flake ...

Xylan 5230 is a chrome-free, RoHS-compliant fluoropolymer coating applied through a dip-spin process. It provides controlled ...

South Korean researchers have developed a new shape-controlled graphite granule dry-electrode manufacturing technology for ...

First shipment under offtake deal made in May 2025 ・Customer a pioneer of high-power, ultra-fast battery charging ...

Solid-state batteries suffer from a key technical challenge that can cause them to short circuit. Researchers were able to ...