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E-mail: info@shkcpump.com

  

Tel: +86 18916231542

  

Building 8, No. 998 Juting Road, Fengxian District, Shanghai

Vertical Single-Stage Centrifugal Pump

Kechu Group's vertical single-stage centrifugal pump adopts a single-stage impeller and vertical coaxial structure design. Through a simple and efficient hydraulic model, it achieves stable transportation under high flow and medium low head conditions. The equipment is characterized by compact structure, reliable operation, and strong adaptability, and is widely used in water supply, circulation, and industrial fluid transportation systems. As the fundamental power unit in fluid systems, it not only meets daily operational needs, but also provides reliable support for system stability and energy efficiency performance.

Horizontal Single-Stage Centrifugal Pump

The horizontal single-stage centrifugal pump of Kechu Group adopts a horizontal axial arrangement and a single-stage impeller structure, optimized for high flow conveying and continuous operation conditions. The equipment achieves efficient transportation and low vibration operation through a mature and stable hydraulic model and a sturdy mechanical structure. Compared with the vertical structure, the horizontal pump has advantages in terms of maintenance space, alignment adjustment and long-term operation stability. It is a common power equipment in industrial circulation, water treatment and large water supply systems.

Vertical Multi-Stage Centrifugal Pump

The vertical multi-stage centrifugal pump adopts a multi-stage impeller series structure, which achieves high head output through step-by-step energy superposition. Its vertical coaxial arrangement makes the flow channel more compact and evenly distributed, providing excellent efficiency and stability under high-pressure transmission and continuous operation conditions. This product is not only the core power equipment of the water supply and boosting system, but also the key basic unit for achieving efficient operation and long-term reliability of the system. It is widely used in fields such as building water supply, industrial boosting, and circulation systems.

Direct Connected Heating Unit

Kechu Group's direct connected heating units achieve efficient connection between the heat source side and the user side by optimizing the heating system structure, reducing energy losses caused by traditional heat exchange processes. The equipment adopts a system integration design, integrating the circulation pump, control system, and pipeline components into one, significantly improving energy utilization efficiency while ensuring heating stability. Compared with the traditional secondary heat exchange heating mode, direct coupled units have significant advantages in response speed, system efficiency, and operating costs, and are an important development direction for modern centralized heating systems.

Plate Heat Exchanger Unit

The Kechu Group's plate heat exchanger unit is centered around plate heat exchangers, which integrate circulating pumps, control systems, and pipeline components to achieve efficient energy exchange between cold and hot media. The equipment adopts a compact structure design to achieve efficient heat exchange and stable transportation in a limited space, and is widely used in heating, cooling, and industrial heat exchange systems. Compared with traditional heat exchange methods, this unit has significant advantages in heat exchange efficiency, energy consumption control, and system flexibility, and is a key equipment in modern energy systems.

Split-Case Double-Suction Pump

Kechu Group's double suction pump adopts a horizontal split structure and double suction impeller design, which can achieve efficient and stable fluid transportation under high flow conditions. Both sides of the impeller are simultaneously filled with water, effectively balancing axial forces and reducing operating loads, thereby improving equipment stability and service life. The equipment structure is easy to maintain and repair, and is widely used in municipal water supply, industrial circulation, and large-scale water transmission projects. It is the core equipment in high demand fluid transportation systems.

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