Articles Tagged with ''battery coatings''

The portfolio includes protective coatings for aluminum busbars, surface treatments for EV battery components and technologies targeting corrosion resistance and conductivity.

The Krefeld-Uerdingen laboratory expands testing of iron oxide and iron phosphate materials as LANXESS develops precursors for next-generation batteries.

The project pairs dry cathode coating with silicon-anode technology as the partners work toward gigawatt-scale U.S. battery production.

The Charlotte investment brings wet-process separator coating capability closer to North American electric-vehicle and energy-storage manufacturers.

Battery materials, biomedical surfaces, aerospace and packaging are among the places technology scouts are looking for transferable ideas.

PPG supplied battery fire protection technology and a €40,000 grant for a student-developed solar-powered ambulance designed to operate independently of conventional charging and fuel infrastructure.

The material changes as temperatures rise, creating a protective response under extreme battery-failure conditions.

New mandatory tests target real-world failure risks under more demanding conditions. Here’s what changes for vehicle batteries.

Advanced coatings are enabling durability, efficiency and electrification across EV batteries, aerospace, wind energy and infrastructure markets.

Wet coating remains dominant while dry processes gain traction, as manufacturers weigh cost, scalability and performance tradeoffs in electrode production.