The chemical industry is one of the largest and harshest application fields for industrial pumps. From highly corrosive concentrated sulfuric acid and high-viscosity polymer melts, to flammable & explosive organic solvents and solid-laden catalyst slurries — every type of medium imposes rigorous demands on pump material coMPatibility, sealing performance, metering accuracy and operational stability.

The aerospace industry is hailed as the "crown jewel" of modern manufacturing, as it pushes fluid delivery systems to the limits of engineering technology. Pumps face unprecedented challenges including extreme temperatures ranging from -50°C to over 300°C, wide pressure fluctuations from high vacuum to dozens of megapascals, severe vibration and shock loads, plus ultra-stringent reliability standards.

Within electrolytic hydrogen production systems, pumps serve as one of the core moving components that sustain stable system operation, continuously and accurately delivering electrolyte or raw material media to reaction units.

Virtually every procedure in semiconductor fabrication relies on precise supply of high-purity chemicals. Core processes such as photolithography, developing, etching and chemical mechanical polishing (CMP) impose stringent standards on chemical fluid delivery: flow accuracy must be controlled at milliliter or even microliter scale, pressure output requires zero pulsation, and wetted materials must withstand corrosion from strong acids, alkalis and organic solvents.