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The Power Behind Fire Safety: Discover the Performance Advantages of Our Fire Pumps

In modern building fire protection systems, choosing a pump that offers efficiency, durability, and stability is critical. This single-stage end suction centrifugal fire pump is engineered with a streamlined structure and optimized hydraulic design, delivering an ideal balance of high head and large flow capacity.

Constructed with a robust cast iron body and high-performance mechanical seal, it ensures long service life even under high-temperature and high-pressure conditions. Its fast start-up response, low operating noise, and easy maintenance make it a reliable solution for commercial buildings, high-rise residences, warehouses, and other applications. This pump stands as the powerful and dependable core of any fire suppression system.

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We are a professional manufacturer dedicated to the research, development, and production of high-performance fire pump systems, offering reliable fire water supply solutions to customers worldwide. Our product range includes horizontal split case pumps, vertical multistage pumps, end suction centrifugal pumps, diesel engine-driven fire pump sets, electric control panels, pressure maintenance devices, and fully integrated fire protection systems. These solutions are widely used in high-rise buildings, industrial facilities, municipal infrastructure, petrochemical plants, power stations, and large-scale warehouses.

Guided by the principle of “quality first, performance driven,” each set of equipment undergoes rigorous pressure testing and real-condition simulation before delivery to ensure immediate response and continuous water supply during fire emergencies. Our products are designed in compliance with international and regional standards such as NFPA, UL, FM, and GB, offering strong compatibility and adaptability to various project requirements. Customization services are available to meet specific needs.

In response to the growing demand for smart solutions, we integrate automation and remote monitoring into our systems. With advanced control technology, our equipment supports remote startup, fault diagnosis, and real-time operation data tracking—enhancing both efficiency and safety.

Backed by robust R&D capability, precision manufacturing, and a comprehensive after-sales service system, we have built a strong reputation in the domestic market and successfully expanded our reach to regions such as Europe, the Middle East, Southeast Asia, and Africa. We are committed to delivering efficient, reliable, and intelligent fire pump solutions to clients across the globe.

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    1. The weight of the pipeline should not be borne on the pump, otherwise the pump will be easily damaged.

      2. The pump and motor are of integral structure. The pump and the motor are an integral structure. It is calibrated by the manufacturer at the time of shipment, so there is no need to adjust the contract when installing it. This makes installation very easy.

      3. The foot bolt must be tightened during installation. The pump should be inspected at regular intervals to prevent it from loosening. To prevent the pump from vibrating violently when starting up and affecting the performance of the pump.

      4. Before installing the pump, check carefully whether there are any hard objects (such as stones, iron sand, etc.) in the flow channel of the pump that may affect the operation of the pump, so as to avoid damaging the overflow parts when the pump is in operation.

      5. For easy maintenance and safety in use. Install a regulating valve on the pump’s throttle and a pressure gauge near the pump’s throttle, and for high head pumps. To prevent water hammer. A check valve should also be installed in front of the outlet gate valve to cope with sudden power failure and other loss of power accidents, thus ensuring that the pump operates under suitable working conditions and increasing the service life of the pump.

      6. The pump is used in suction range situations. It should be equipped with a bottom valve, and the pipeline should not have too many bends in the mouth of the flume, and there should be no water leakage or air leakage in the same inch. To avoid affecting the suction performance of the pump.

      7, in order not to make impurities burst into the pump and block the flow channel to affect the performance. A filter should be installed in front of the pump’s flume.

      8, the installation of pipeline bary for the rotation of the pump rotor parts, should be no grinding sound or jamming phenomenon, otherwise the pump should be disassembled to check the reasons.