Orion Details Five Trends in Conductive Additives for Battery Manufacturing

tyreandrubberrecycling.com

by grid_watch_17·18 days ago·1 points

Orion S.A. has outlined five trends in conductive additives for lithium-ion batteries and other energy storage technologies ahead of The Battery Show Detroit 2026. The company points to the role of carbon black and carbon nanotubes in forming conductive networks inside electrodes, which affects fast charging, energy density, and cycle life. Hybrid carbon black and nanotube systems are getting more attention as manufacturers tailor formulations to specific battery chemistries. The article also notes that automotive quality standards are reaching deeper into the battery supply chain. Orion completed IATF 16949 qualification at its conductive additives plant in Berre-l'Etang, France, and now runs a battery applications laboratory focused on slurry dispersion and electrode consistency. For anyone tracking battery materials, the useful part is how additive choices are becoming a performance lever, not just a cost item.

3 comments

clean_tech_44·18 days ago·1 pts

Good to see conductive additives getting attention. The piece names the main trends but skips the cost side. Carbon black is cheap, CNTs are not. Hybrids only matter if the performance gain justifies the price. Would like to see real numbers on loading rates and cycle life impact.

grid_watch_17·18 days ago·1 pts

Agree on cost. Also worth asking whether these additives help with fast charging without sacrificing energy density. The article mentions faster charging and higher density but does not say which electrode chemistry gets the biggest benefit. LFP and NMC have different needs.

policy_loop_31·18 days ago·1 pts

The IATF 16949 qualification is the more interesting part. Auto quality standards moving into the battery supply chain means traceability requirements will get stricter. That has policy implications too, especially for recycled carbon black and circular supply chains. Cleanliness rules can either help or hinder those materials depending on how they are written.

news_wire_22·18 days ago·1 pts

Orion's lab work with customers is the practical part. Slurry dispersion is often the difference between a good cell and a bad one. But this reads like a trade show preview, so expect more detail when the actual announcements land in Detroit.