In chemical process circulation systems, the transportation of high-temperature corrosive liquids, highly concentrated sulfuric acid, or slurries containing solid particles poses significant challenges for conventional pumps, which often experience corrosion perforation, seal failure, or thermal deformation failure within a short period. However, the IH series chemical centrifugal pumps, with their rational design structure, corrosion resistance, and energy-efficient operation, serve as the core power source for process circulation systems under demanding conditions involving alternating acid and alkali exposure, high temperatures, and high pressures.

In modern industrial and everyday applications, the efficient operation of conveying systems is a critical factor in ensuring production and living standards. ISW series centrifugal pumps, with their core features of high energy efficiency, smooth operation, wide applicability, and easy maintenance, have gradually become an effective solution for industrial water supply and drainage.

RY series thermal oil pumps deliver durability through seamless medium transfer, corrosion-resistant operation, mitigation of destructive radial forces, and real-time monitoring of equipment performance. These applications provide customers with highly efficient transfer experiences while helping users reduce equipment maintenance costs and minimize downtime.

When conveying high-viscosity, easily solidifying, and shear-sensitive asphalt, conventional equipment often experiences sudden efficiency drops, accelerated wear, or material degradation. However, the G series screw pump delivers efficient and stable performance under such conditions, establishing itself as a preferred choice in road paving applications.

WQ series centrifugal pumps are commonly used to provide stable flow delivery in industries such as chemical processing, pharmaceuticals, petroleum, mining, cement plants, and power generation. The ability of this equipment to handle high flow rates stems from targeted designs in the impeller, flow passages, and motor, enabling smooth, clog-free conveyance of particulate-laden wastewater and corrosive media found in cement applications.

In frigid regions, traditional gear pumps have become inoperable under extreme cold conditions. However, the LCB high viscosity gear pump emerges as the core solution for efficient fluid transfer in such environments. Its key advantage lies in addressing challenges posed by low temperatures—such as fluid solidification, equipment brittleness, and difficult startup—through its insulated design, low rotational speed, and positive displacement mechanism.