Arkema showcases battery material solutions at US Battery Show 2026
- Arkema will exhibit at the US Battery Show 2026 in Detroit, October 12–15, at Booth #2714.
- Introduced Incellion acrylic binders for silicon anodes and Kynar PVDF for cathode binders and separator coatings in LFP cells.
- Completed a 15% PVDF production capacity expansion at the Calvert City, Kentucky plant in June 2026 to support industrialisation.
- Offers Albone hydrogen peroxide for hydrometallurgical recycling and Bostik silicone-free thermal gap fillers to aid cleaner battery disassembly.
Event participation
Arkema will present its battery materials portfolio at the US Battery Show 2026 in Detroit, Michigan, October 12–15, at Booth #2714.
EV battery materials
The company is working with battery manufacturers to improve energy density, safety and pack compactness. Product highlights for EV cells include Incellion® acrylic binders tailored for silicon-based anodes and Kynar® PVDF products used as cathode binders and separator coatings in lithium iron phosphate (LFP) systems to enable higher active-material loading and higher-energy-density cells. Arkema also supplies materials for thermal management and exterior safety needs, including Rilsan® Polyamide 11, Reafree® coating resins, Zenimid® polyimide, Rilsamid® Polyamide 12, Sartomer® UV-curable materials and Bostik adhesives.
ESS and industrialisation
For stationary energy storage, where cost, lifetime and scalability predominate, Arkema offers Kynar® PVDF and Incellion® binders for LFP systems, plus new Incellion® binders for primer coatings and ceramic-based separator layers that complement existing Kynar® Flex PVDF coating products. To support scale-up, the group completed a 15% PVDF capacity expansion at its Calvert City, Kentucky site in June 2026.
Circularity and recycling
Arkema supports battery recycling with Albone® high-purity hydrogen peroxide for hydrometallurgical recovery of lithium, cobalt and nickel, and with Bostik silicone-free thermal gap fillers to facilitate cleaner disassembly during recycling.
Source: Arkema