Yida Reinforces Anti-Crystallization Structure Design to Tackle Medium Crystallization Blockage Issues in Global Electroplating and Chemical Crystallization Processes

Cooling, concentration and circulating delivery of salt-containing chemical media will generate crystalline sediments adhering to pump impellers, pump cavities and pipeline inner walls. Blocked flow passages will lower pump delivery capacity, cause motor overload burnout and interrupt continuous production. Conventional straight runner pumps have many dead corners where crystals gather rapidly, raising the frequency of system shutdown cleaning for overseas processing factories.

Yida adopts streamlined curved flow channels for all wetted parts, removing stagnant flow zones where crystals are prone to deposit. The inner surfaces of impellers and pump shells receive high-gloss polishing treatment to weaken the adhesive force of crystalline particles. For media with high crystallization tendency, detachable quick-cleaning ports are reserved on pump bodies to allow operators to flush internal residues without dismantling the whole pipeline system. Magnetic pumps with totally sealed flow paths avoid crystal corrosion on mechanical seal components fundamentally.

The anti-crystallization optimized structure effectively extends the interval of manual cleaning operations for global electroplating tank circulation, chemical crystallization separation and brine delivery systems, reducing production downtime losses caused by pump clogging.