Optimized Hydraulic Model Reduces Cavitation, Syngon Low-Flow High-Head Magnetic Pump for Intermittent Fine Chemical Production


Release time:

2026-10-09

Syngon Industrial Equipment launches low-flow high-head magnetic pumps for reactor feeding and distillation reflux in fine chemical industry. The pump solves frequent cavitation and unstable flow under low-flow conditions, adapting to intermittent batch chemical production.

Fine chemical and pharmaceutical intermediate production mostly adopts intermittent batch processes. Reactor feeding and distillation tower reflux are typical low-flow high-head working conditions. Conventional centrifugal pumps easily suffer backflow and cavitation under low flow, with unstable flow rate reducing product yield and frequent maintenance interrupting production. Syngon develops low-flow high-head magnetic pumps to meet intermittent production requirements of fine chemical plants. The pump adopts optimized impeller hydraulic model to restrain fluid backflow and reduce cavitation risk for stable flow delivery. Sealless magnetic drive prevents leakage of toxic organic solvents. Pumps can be equipped with PTFE lining or stainless steel casing for corrosive media including organic acids and pharmaceutical intermediates. The equipment responds quickly to start-stop operations for frequent batch production cycles. Local and remote control modes are available, and the pump can connect to DCS systems for process linkage. Field tests in multiple pharmaceutical and fine chemical enterprises show flow fluctuation controlled within 3% under low-flow conditions, cavitation greatly mitigated and waste rate reduced. Syngon customizes hydraulic components according to medium properties and process parameters to deliver reliable transfer solutions for intermittent chemical production lines.

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