Home
About
Company Introduction
Corporate Culture
Company History
Qualification & Honor
Products
Multistage centrifugal pump
Self-balancing multistage centrifugal pump
Double suction multi-stage open pump
Multi-stage pump for mine
Split Case Pump
Single-stage pump
Chemical pump
Hot water pump
Oil pump
Skid-mounted pump unit
Pipeline pump
Sewage pump
Seawater desalination pump
Brine pump
Mixed flow pump
Condensate pump
Technical Advantages
Projects
Mining industry
Water conservancy industry
Petrochemical industry
Electric power industry
Salinization industry
Metallurgical industry
Urban water supply
Energy saving transformation
News
Company Dynamics
Industry dynamics
Water pump knowledge
Download
Electronic Instructions
Maintainance Video
Contact Us
Online message
Pre-Sales Support
After-sales feedback
Service Team
+86 18142662779
CN
08-04
2025
Causes of damage to the flange of a high-efficiency energy-saving split-case pump
High-efficiency energy-saving split-case pumps are widely used in industrial fluid transportation. Their flanges are crucial components connecting the pump body and pipelines. However, during operation, flanges may be damaged due to a combination of factors. The following are some of the main causes of damage.
View Details
MDK high-efficiency energy-saving self-balancing split-case multi-stage centrifugal pump awarded China Energy Efficiency Certification Certificate
Recently, Hunan Sanchang Pump Industry's independently developed MDK series of wear-resistant, corrosion-resistant, high-efficiency, energy-saving, self-balancing, split-case multi-stage centrifugal pump successfully passed the China Energy Efficiency Product Certification and meets the requirements of GB19762-2007 "Energy efficiency limit values and energy efficiency evaluation values for clear water centrifugal pumps", marking that this series of products has reached the industry-leading level in terms of high efficiency, energy saving, durability and reliability.
D and DP series high-efficiency energy-saving multi-stage centrifugal pumps have obtained national energy-saving certification, setting a new benchmark for energy efficiency in the industry
Recently, Hunan Sanchang Pump Industry Co., Ltd.'s independently developed D and DP series high-efficiency energy-saving multi-stage centrifugal pumps have officially passed the China Energy Efficiency Product Certification, and strictly comply with GB19762-2007 "Energy efficiency limit values and energy efficiency evaluation values for clear water centrifugal pumps" national standard. This marks that the product has reached the leading level in the industry in terms of energy-saving performance, technical reliability and environmental protection contribution, providing a green and efficient solution for industrial fluid transportation.
08-01
The function and principle of the MD type mining wear-resistant multi-stage pump drive and control system
The drive and control system of an MD-type mine wear-resistant multi-stage pump is a complex system. It achieves the drive and control of the pump through components such as a motor, a frequency converter, and a PLC control system, ensuring that the pump can operate stably under various operating conditions and providing reliable liquid transportation support for mining production.
Aging issues of high-efficiency, energy-saving multi-stage pump seals
High-efficiency, energy-saving multi-stage pumps play a crucial role in modern industry and daily life. However, the aging of their seals has always been a key factor affecting equipment performance and service life. This article will explore this issue and attempt to propose solutions.
What are the components of a high-efficiency, energy-saving multi-stage pump?
High-efficiency energy-saving multi-stage pumps are widely used in industrial, agricultural, and construction fields for fluid transportation. They offer superior performance and can meet the needs of various complex working conditions. These multi-stage pumps have a wide variety of components; the following is a detailed introduction to their main components.