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Pompe de surpression

Les pompes d'appoint augmentent la pression d'une alimentation en eau existante afin qu'elle puisse atteindre les étages supérieurs, les points de sortie éloignés ou les équipements qui nécessitent une pression constante et plus élevée. Types principaux : mono-étage, multi-étages, en ligne verticale et à jet. Parcourez les guides sur les pompes d'appoint ci-dessous, ou consultez Borra’s CDL(F) multistage, ISG en ligne et booster emballé pompes.

Vertical multistage pump: Applications&Advantages
Borra Pompes

Vertical multistage pump: Applications&Advantages

As a piece of machinery with multiple stages, vertical multistage pumps utilize a variety of mechanisms to provide maximum efficiency. They are used extensively across many industries due to their ability to handle high-pressure applications as well as their ability to perform at optimal energy levels and utilize space efficiently. This article will examine the […]

What does a water booster pump do?
Borra Pompes

What does a water booster pump do?

Due to today’s critical need for proper water supply and management, it is more important than ever to understand how a water booster pump works. It is necessary for adequate water flow as well as consistent delivery of water, especially when low pressure may cause a problem. If you are a homeowner with a weak […]

What is the purpose of a vertical booster pump?
Borra Pompes

What is the purpose of a vertical booster pump?

In order to improve water pressure for any type of system such as agricultural, industrial, and residential, a vertical booster pump provides a necessary service. A vertical booster pump is made specifically for this purpose: to enhance liquid pressure, therefore ensuring maximum efficiency of moving water. By recognizing the function of a vertical booster pump, […]

What is a Vertical multistage pump?
Borra Pompes

What is a Vertical multistage pump?

A vertical multistage pump is a type of centrifugal pump designed to deliver high pressure while occupying minimal space. It features multiple impellers mounted on a single shaft and arranged in a vertical, stacked configuration. Each impeller serves as a separate stage and contributes to increasing the overall pressure of the fluid as it passes […]