YD Pumps Develops Custom High-Temperature Resistant Magnetic Pump Solutions for Global New Energy Battery Chemical Circulation

July 15, 2026 – Zhejiang, China

The global energy storage and lithium material market keeps rapid expansion. Production processes such as leaching, washing and extraction involve high-temperature acidic slurry and electrolyte circulation, which poses strict challenges to the corrosion resistance and temperature adaptability of industrial pumps. Traditional general magnetic pumps often face aging and deformation issues under continuous high-temperature working conditions.

To target this market pain point, YD Pumps completed technical upgrading on its mature MP magnetic pump series. The optimized model adopts reinforced modified PVDF pump body, enhanced high-temperature resistant magnetic assembly and heat dissipation structure. It can steadily transport acidic solutions, lye and weak slurry within 85°C without deformation or magnetic force attenuation. The sealless magnetic drive design eliminates leakage risks of valuable battery raw materials, effectively reducing production loss and environmental pollution risks.

Compared with imported European high-temperature chemical pumps, YD customized high-temperature magnetic pumps deliver equivalent operating stability with shorter delivery cycles and lower overall operation costs. A lithium recycling plant in Poland conducted a three-month continuous operation test; equipment failure rate dropped significantly and raw material waste caused by liquid leakage was cut by more than 65%.

YD Pumps overseas technical director stated that the company can further customize wear-resistant impellers for micro-silt containing media generated in battery recovery lines. Next stage, the enterprise will focus on developing the European and Southeast Asian new energy industrial chains, and participate in overseas battery industry exhibitions to promote matched fluid transportation solutions.