Ternary Precursor Gear Pump | NCM/NCA Co-Precipitation Precision Feeding <±0.3%. Lithium-ion battery manufacturing is a highly continuous precision process industry. Any deviation in fluid control at each process will be amplified step by step, ultimately affecting cell capacity consistency, internal resistance dispersion and cycle life — covering five core stages from slurry preparation to separator coating.

PV cell manufacturing relies heavily on wet chemical processes. From initial silicon wafer texturing to final RCA cleaning, six core procedures demand precise delivery, proportioning and circulation of chemical liquids — applicable to PERC, TOPCon, and HJT technologies.

JONSN Precision Micro Gear Pump Application in Lithium Battery Coating Systems, Industrial High-Viscosity Glue and Hot Melt Circulation.

JONSN Precision Micro Gear Pump Application in the Hydrogen Production Industry Using Potassium Hydroxide (KOH) (Alkaline) ALK Electrolysis.

Against the backdrop of accelerated global energy transition, new energy technologies represented by lithium-ion batteries, hydrogen fuel cells and liquid-cooled superchargers are undergoing explosive growth. These high-end manufacturing processes impose unprecedented rigorous demands on fluid transfer equipment: they require precise metering across a wide flow range from microliters to liters, while maintaining long-term stable operation under extreme working conditions including strong corrosion, low viscosity, high temperature and high pressure with non-stop continuous running.

Within electrolytic hydrogen production systems, pumps serve as one of the core moving components that sustain stable system operation, continuously and accurately delivering electrolyte or raw material media to reaction units.