Yida Develops High Temperature Resistant Magnetic Pump Solutions for High-Temp Corrosive Fluid Circulation in Global Chemical Synthesis Processes

Numerous chemical reaction procedures rely on heated acidic and alkaline media to complete material synthesis and purification. Ordinary fluoroplastic materials will experience softening, creep deformation and sealing failure when working under sustained high-temperature environments. Damaged pump sealing structures cause medium leakage, polluting reaction materials and triggering safety hazards inside high-temperature reaction workshops.

Yida adopts high-temperature resistant modified PFA as the primary material for wetted parts of high-temperature customized pumps. Optimized magnetic isolation sleeves and sealing gaskets use heat-resistant composite fluorine materials to avoid thermal deformation under continuous high-temperature medium scouring. The internal cooling flow channel of the magnetic assembly is upgraded to take away heat conducted by high-temperature liquid, preventing magnetic steel demagnetization caused by heat conduction. Each high-temperature pump undergoes long-time constant temperature load testing before leaving the factory to verify structural stability.

This series of high-temperature pumping products provides reliable fluid transfer hardware for global thermal chemical synthesis, heating pickling production lines and high-temperature waste liquid recovery systems, solving the long-standing pain point of short service life of general anti-corrosion pumps under high-temperature working conditions.