Industrial centrifugal pumps for pipelines are single-stage or multi-stage centrifugal pumps specifically designed to meet the demanding requirements of industrial environments. They feature standard pipe-type interfaces (with the inlet and outlet on the same straight line and the same diameter), and can be directly horizontally or vertically connected in series in the process pipelines. By integrating the efficient hydraulic performance of centrifugal pumps with the compact installation advantages of pipeline pumps, their core design objective is to provide a stable, reliable, efficient, and easy-to-maintain fluid transportation solution. They are one of the most widely used liquid transportation equipment in various industrial processes such as petrochemicals, power, metallurgy, pharmaceuticals, and district heating.
Products Parameters
| Flow rate | 1.5-1200m³/h |
| Head | 5-125m |
| Voltage | 380/460V |
Product structure diagram

Products Features
1. Overload design and high reliability • The pressure-bearing components such as the pump body and bearing housing are designed with thickening, using high-grade materials (such as cast steel, ductile iron, stainless steel, etc.), which can withstand higher system pressure, water hammer impact, and continuous industrial-level loads. • Heavy-duty mechanical seals or packing seals are adopted, along with cooling, flushing or sealing fluid systems, to ensure long-term sealing reliability under harsh conditions such as high temperature, high pressure, and particle-containing environments.
2. High efficiency and wide performance coverage • The efficient hydraulic model has been optimized through CFD verification to ensure excellent efficiency near the rated operating point, reducing long-term operating energy consumption. • The model series is complete, with a wide range of flow and head coverage, capable of meeting various industrial demands from small-scale circulation to large-scale distribution.
3. Outstanding adaptability and customizability • The range of media that can be transported is extensive, including cold water, hot water, high-temperature heat transfer oil, condensate water, light hydrocarbons, and non-corrosive chemical liquids. • Based on specific media (temperature, corrosiveness, solid content) and operating conditions (pressure, temperature), different material combinations (such as the material of flow components), sealing forms, and cooling methods can be flexibly selected.
Application scenario
Petrochemical industry
Water circulation in process flow, cooling tower system, transportation of mild corrosive chemical agents, transfer of finished oil products (requiring explosion-proof design).
General manufacturing industry
Factory cooling water system, cleaning system, water supply for production lines, working fluid circulation of central vacuum system.
Water treatment and environmental protection
Water pressure boosting in water plants, high-pressure water supply for reverse osmosis systems, return flow in sewage treatment plants, transportation of drug system.
Mining and metallurgy
Mine drainage, process water transportation in beneficiation plants, cooling system circulation.

Work mode

Constant speed continuous operation: Suitable for scenarios where the process flow is stable and the load variation is small, such as constant flow water replenishment in boilers and constant flow circulation in cooling towers.
Variable frequency speed regulation operation: The motor speed is controlled by the frequency converter to achieve precise and smooth regulation of flow and pressure. This mode can perfectly respond to changes in process parameters, achieving significant energy savings during partial load operation, while reducing valve throttling losses and pipeline impact. It is the preferred mode for modern industrial energy-saving transformation and intelligent control.
Multi-pump parallel combination operation:
One in use, one as backup / Multiple in use, one as backup: In critical systems requiring continuous operation, a backup pump is configured to ensure uninterrupted operation when the main pump fails.
Parallel operation: Multiple pumps operate simultaneously to meet large flow requirements, or the intelligent control system (such as PLC) automatically starts or stops the number of pumps and adjusts the speed of the variable frequency pumps according to the total demand, achieving the optimization of system energy efficiency and operational flexibility.
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