Industry News

Centrifugal pumps are core equipment for fluid transportation and widely used in civil and industrial fields. Though they share the same working principle, domestic centrifugal pumps and chemical centrifugal pumps differ fundamentally in design positioning. The former is designed for lightweight and cost-effective clean water delivery, while the latter is built to withstand harsh working conditions featuring strong corrosion and heavy loads. The two types must never be used interchangeably. Below is a concise overview of their core differences and key selection tips from five perspectives.

Fluid transportation in chemical production relies heavily on industrial pumps. Under harsh working conditions involving strong corrosion, high viscosity, highly toxic and hazardous media, accurate pump selection is the key to ensuring safe and stable production lines and reducing operation and maintenance costs. Below is a detailed overview of core pump types and selection strategies for the chemical industry.

This article summarizes the core differences between the two types of pumps in an all-round manner. The content is presented in an easy-to-understand way to accurately meet various industrial production needs and help you quickly solve pump selection problems.

As a centrifugal pump researcher, this article sorts out five core specifications for the daily use of high-temperature oil pumps to help users effectively extend equipment service life and cut downtime maintenance costs.

Benzene-containing wastewater is highly toxic, volatile, flammable, explosive and corrosive to organic solvents. Pump selection must comply with three mandatory standards:

In industrial fluid handling systems, choosing between frame-mounted and close-coupled centrifugal pumps is one of the most common decisions in engineering procurement and equipment management.