Optimize your EV battery production with our sieves and filters.
Russell Finex offers proven solutions that enhance product quality, increase productivity, and boost production capacity in EV battery production.
From screening anode and cathode powders after milling to filtering high‑viscosity electrode slurries, we provide separation solutions for all stages of battery manufacturing and recycling. Our equipment is also proven for grading recycled lithium‑oxide powders as well as check‑screening polyvinylidene fluoride (PVDF) and silicon (SiC) powders. This ensures uniform particle size distribution and consistent product quality.
Designed for continuous operation with minimal maintenance, our solutions help prevent downtime, handle demanding productivity requirements, and recover valuable EV materials more efficiently. With over 90+ years of experience in powder and slurry processing, we deliver high-performance solutions that support innovation, sustainability, and the growing demands of the EV industry.
Read more below about our solutions for common EV battery manufacturing applications.
Safeguards your reputation with market-leading sieving and filtration technology
Prevents production downtime with high-performance sieving systems
Replaces large, low-efficiency screening equipment with superior sieving performance and accuracy
Low noise levels and enclosed operation keep your operators and environment safe
Accurate check screening of fine metallic powders to ensure consistency and reduce contamination for enhanced battery performance.
Our spring-mounted separator is an ideal solution for grading, dewatering, and dedusting milled battery scraps, and efficiently recovers valuable metal oxide powders.
Efficient screening and deagglomeration of sticky polyvinylidene fluoride (PVDF) binders and silicon carbide (SiC) powders for uniform particle size and improved lithium-ion battery quality.
Reliable filtration of thick anode and cathode slurries to prevent defects and boost consistency in lithium-ion battery manufacturing.