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Semiconductor wafer fabrication, photovoltaic cell production and new‑energy‑material synthesis involve large quantities of etching agents, pickling solutions and high‑purity chemical liquids. Even tiny medium leakage or impurity contamination will bring severe impact on product yield. Therefore production lines impose dual requirements for pump equipment: excellent corrosion resistance and medium‑purity guarantee.
Seal‑free MP, MPH and CQF magnetic‑drive pump series are widely selected for circulating and transporting high‑purity chemical fluids. Without shaft‑seal friction debris, these pumps avoid introducing foreign contaminants into process liquids. Different flow‑head grades cover small‑volume laboratory circulation up to large‑scale continuous production line loops. For on‑site waste‑liquid pools and exhaust‑gas treatment processes, YDW/YDN/YDS vertical dry‑run‑resistant pumps perform circulating filtration and waste‑liquid collection work, adapting tank‑mount compact‑layout demands. When transferring raw‑material liquids from low‑position storage containers, CQF‑Z magnetic self‑priming pumps and YD series self‑priming pumps undertake medium‑unloading and waste‑liquid lifting tasks.
All series adopt corrosion‑resistant polymer wetted‑part materials to resist fluorides, pickling liquid and various mixed chemical reagents. High‑efficiency full‑copper motor configuration reduces power consumption under long‑time running status. CE certification and industrial‑production‑license qualification satisfy procurement standards of high‑tech manufacturing projects in multiple regions. Pump manufacturers continue to carry out material formula iteration and hydraulic‑structure simulation optimization to further improve product stability for high‑end new‑energy and semiconductor production scenarios, responding to global high‑tech manufacturing’s growing demand for reliable anti‑corrosive fluid‑handling equipment.
