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.

In areas such as dock operations and ship fueling, the efficiency, safety, and reliability of medium transfer directly impact operational costs and work safety. The CYZ self-priming centrifugal pump, with its excellent self-priming capability, explosion-proof materials, and corrosion resistance, emerges as the preferred solution for these challenges.

From chemical reagents as thin as water to industrial raw materials as viscous as asphalt, these media exhibit viscosity differences of up to 300,000 times. Transporting such media poses a significant challenge in the field of engineered fluids. However, NYP gear pumps have become the core equipment for fluid transfer across multiple industries，from fine chemicals to heavy oil processingreliably delivering media with viscosities ranging from 1.0 cst to 300,000 cst to the next process stage.

In modern industrial and municipal engineering, handling fluids containing solid particles, fibrous impurities, and high-concentration sludge has long been a technical challenge. Conventional sewage pumps often suffer from reduced efficiency, frequent failures, or even system shutdowns when handling these complex media due to clogging. However, the ZW series self-priming centrifugal pumps demonstrate exceptional anti-clogging performance under equivalent conditions, with their core secret lying in the unique large-channel impeller design.