Category Pump Technology
Vertical Lineshaft Turbine Pump: Operating Conditions and Industry Applications

The vertical lineshaft turbine pump is suitable for deep water intake and reservoir water transfer scenarios. The motor is positioned above the liquid surface, while the pump head and impeller are submerged. It offers advantages such as no need for…
Comprehensive Guide to Bearing Selection, Lubrication, and Maintenance for Horizontal Split Case Pumps

Bearings, as the core support of the rotor system in a horizontal split case pump, play a decisive role in the reliability, stability, and lifecycle cost of the equipment. Improper selection is a major cause of premature bearing failure and…
Standard Disassembly and Component Protection Guide for Split Case Centrifugal Pumps

Regular disassembly and maintenance of split case centrifugal pumps are key to ensuring long-term stable operation. The standardization of disassembly directly affects component integrity, maintenance costs, and reassembly precision. Improper or forceful disassembly is the main cause of permanent damage…
How to Select a Submersible Vertical Turbine Pump? Selection Guidelines Based on Application Scenarios

As a core conveying equipment in industries such as metallurgy, power generation, wastewater treatment, and mining, the industrial submersible vertical turbine pump’s selection directly determines equipment operating efficiency, service life, and maintenance costs. Many procurement and maintenance personnel often fall…
How Often Should a Multistage Vertical Turbine Pump Be Overhauled?

As a key conveying equipment in industrial sectors, multistage vertical turbine pumps are widely used in metallurgy, power generation, wastewater treatment, and other industries. Their operational stability directly affects production efficiency and safety. Many maintenance personnel are often concerned with…
Split Case Pump Maintenance Guide: Standards, Daily Maintenance Procedures, and Service Life Extension Tips

A split case pump is a critical component for stable fluid transportation, and its operating condition directly affects system efficiency and reliability. Therefore, a well-structured split case pump maintenance program is essential to ensure safe operation and extend the service…
What Are the Key Industries and Operating Conditions for Split Case Double Suction Pumps?

Split case double suction pumps are widely recognized for their high flow capacity, energy efficiency, stable operation, and ease of maintenance. They are extensively used in municipal, industrial, and infrastructure applications. For engineers and operators, common concerns include: Which industries…
Split Case Water Pump Installation Preparation Guide: Foundation, Inspection and Setup

The installation of a split case water pump (single-stage double-suction centrifugal pump) is one of the most critical stages in the lifecycle of a pumping system. Proper pre-installation preparation ensures stable operation, high efficiency, and long service life. A split…
Vertical Turbine Pump vs Deep Well Submersible Pump: Key Differences and Selection Guide

In vertical fluid handling equipment, both vertical turbine pumps and deep well submersible pumps belong to the category of commonly used vertical centrifugal pumps. Both are suitable for applications where the liquid level is below the installation platform and are…
Vertical Lineshaft Turbine Pump Flushing Water: Role, Applications, and Troubleshooting Guide

The vertical lineshaft turbine pump, commonly used in industrial fluid transportation, finds widespread application in sewage treatment, hydraulic engineering, mining transportation, and many other fields. In practical operation, the flushing water system, though seemingly an “auxiliary component,” is actually the…

