Italy Compact Overhung Vertical Pump Manufacturer, Supplier, Factory

Multistage centrifugal pumps are a type of centrifugal pump that achieve high-pressure liquid transportation through the series operation of multiple impellers. Their core feature is "step - by - step pressurization". Each impeller (i.e., "one stage") gradually converts the kinetic energy of the liquid into pressure energy, ultimately reaching a relatively high discharge pressure. Multistage pumps are widely used in industries such as industry, municipal services, and energy. They are especially suitable for scenarios with high - head requirements, such as long - distance water conveyance, boiler feedwater, and mine drainage.

Meet the Vertical Multistage Fire Fighting Centrifugal Pump—a smart solution that combines the core advantages of traditional multistage pumps with the practicality of a modern pipeline design.

In the field of industrial fluid transportation, centrifugal pumps play a crucial role. The OH series of cantilever centrifugal pumps are developed in accordance with the API 610 standard, consisting of six models, each catering to the diverse requirements of different industries.

In the intricate system of industrial production, fluid conveying equipment is like the blood vessels of the human body, maintaining the "life" of the entire production process. The stainless steel centrifugal pump, with its outstanding performance, has become the ideal choice for numerous critical scenarios. It can not only cope with various harsh working conditions with ease but also provides a reliable foundation for enterprises' stable production and cost control.

Centrifugal pumps play a vital role in the food industry, from raw material processing to final product packaging. Thanks to their high efficiency and versatility, they are widely used to handle various fluids — including juices, milk, and sauces containing fine particles.

As a representative of positive displacement pumps, screw pumps are widely used in industries such as petroleum and chemical engineering due to their compact structure, stable operation, and adaptability to complex media. They particularly excel in conveying high-viscosity fluids, particle-laden media, or shear-sensitive materials. However, in practical applications, improper selection often leads to issues such as low efficiency, increased energy consumption, and frequent failures, primarily because users focus only on basic parameters like flow rate and head while neglecting medium characteristics, operating conditions, and long-term costs. This article analyzes common selection misconceptions and provides systematic, science-based methods to help users accurately match equipment needs and enhance the overall efficiency and economy of pumping systems.