ONGOAL - High Efficiency Slurry Mixing System
The Battery Slurry Mixing System from ONGOAL represents an advanced solution tailored to the intricate demands of modern battery production. Engineered with a compact and adaptable design, it offers significant improvements in height occupation, compatibility, and flexibility. Capable of scaling from 100L to 3000L and beyond, it addresses the growing need for capacity expansion. The system features an innovative discharge mechanism that mitigates common issues like blockage and overload, thereby enhancing performance stability. It ensures superior product consistency and accommodates higher solid content, essential for producing high-quality battery slurry. Emphasizing energy efficiency, the system reduces energy consumption while optimizing the mixing process by minimizing the number of cycles, thus significantly boosting overall efficiency. This cutting-edge approach not only aligns with environmental sustainability but also meets the stringent quality demands of the battery industry, making it an indispensable tool for advanced battery material processing.
The new high efficiency slurry mixing system adopts the powder and liquid feeding at the same time, and the narrow and long path of the dispersion chamber makes all slurry pass through the effective dispersion zone.
· Small size: small occupation height, compatibility and flexibility greatly improved
· Capacity ramp-up: can be customized from 100L to 3000L, or even larger models, break through the capacity bottleneck
· Smooth discharging: innovative design is adopted to solve the problems of discharging and blocking, easy overload and so on, and the performance stability is greatly improved
· Better quality: product consistency is better and the applicable solid content is higher to meet the needs of high-quality battery slurry production
· Energy saving and environment-friendly: lower energy consumption
· Efficiency improvement: the "inevitable" slurry mixing process is adopted to reduce the number of cycles and greatly improve the slurry mixing efficiency