White PaperManufacturing & Prototyping
Mixing Technologies in the Battery Industry
SPONSORED BY: ![]()
This white paper explores the critical role of mixing technologies in the rapidly evolving battery industry, where precision and efficiency directly impact product performance and scalability. Proper mixer selection not only influences the electrochemical performance and longevity of batteries but also optimizes production efficiency, reduces material waste, and enhances process scalability.
Don't have an account?
Overview
This white paper from Charles Ross & Son Company comprehensively explores mixing technologies crucial to the battery industry’s growth and innovation. As energy storage demand surges with applications in electric vehicles (EVs), grid storage, and advanced chemistries, the quality and consistency of battery materials hinge on precision mixing of slurries, powders, and electrolytes.
The paper stresses the importance of selecting suitable mixing equipment tailored to handle highly viscous slurries, delicate powders, and complex formulations to ensure uniform dispersion, optimal rheology, and contamination control. Key mixer types discussed include Vertical Blenders and Ribbon Blenders for gentle, uniform dry blending; Tumble Blenders for low-impact mixing of abrasive or friable solids; High Shear Mixers designed for rapid dispersion and emulsification; Multi-Shaft Mixers for viscous pastes requiring thorough agitation under vacuum with precise temperature control; and Planetary Mixers (Double Planetary and PowerMix variants) that excel in high-viscosity, shear-sensitive applications by mechanically advancing blades through dense batches.
The document highlights advanced features such as the ROSS SLIM (Solids/Liquid Injection Manifold) technology integrated into High Shear Mixers to enable high-speed, dust-free powder induction directly into the mixing zone, improving yield and reducing cycle time. It also details ROSS Systems and Controls (SysCon), automation solutions that enhance safety, scalability, recipe management, and real-time process monitoring, helping prevent batch failures and maintain product uniformity.
Applications span a broad array of battery chemistries including lithium-ion (NMC, NCA, LFP), next-generation solid-state, lithium-sulfur, sodium-ion, nickel-metal hydride, and others. Mixing tasks cover electrode slurry preparation, electrode coating, electrolyte blending, and drying operations critical to battery cycle life, performance, and manufacturability.
The white paper emphasizes testing raw materials with different mixer types at the manufacturer’s test center to empirically determine optimal solutions. Partnering with an experienced, full-service mixer supplier like Charles Ross & Son, who offers rental, testing, and development resources, is positioned as strategically advantageous.
In summary, the document presents ROSS Mixers as versatile, industry-proven equipment enabling battery manufacturers to meet demanding process requirements while driving efficiency, quality, and innovation in an evolving market.