1. Magnetic pump cavitation: the main causes of pump cavitation are large resistance of pump inlet pipe, more gas phase of conveying medium, insufficient filling pump, insufficient energy head of pump inlet and so on. Cavitation does great harm to the pump. When cavitation occurs, the pump vibrates violently and the balance is seriously damaged, which will lead to damage to the bearing, rotor or i...

PFA (Perfluoroalkoxy) is a highly reliable high-temperature material extensively utilized in magnetic pumps. With its exceptional heat resistance and corrosion resistance properties, PFA is well-suited for ensuring the reliability and durability of magnetic pumps. This article discusses the wide-ranging applications of PFA high-temperature material in magnetic pumps. PFA High-Temperature Material ...

Magnetic pumps are a specialized type of pump that plays a crucial role in industries such as industrial, chemical, pharmaceutical, and more. With its unique working principle, magnetic pumps are applied in various fields. This article will unveil the mystery of magnetic pumps and delve into their extensive applications. I. Applications in the Pharmaceutical Industry In the pharmaceutical industry...

Magnetic pumps and centrifugal pumps are two common types of pumps used in the field of liquid transport. They exhibit distinct differences in terms of working principles, application areas, and performance characteristics. This article delves into the disparities between these two pump types, helping you better understand their respective advantages and suitability. I. Different Working Principle...

In the realm of fluid transport, pumps play a pivotal role. When it comes to the transportation of various liquids, the choice of pump is crucial. PTFE (Polytetrafluoroethylene) lined magnetic pumps are renowned for their versatility, but a common question arises – can they effectively handle oil? This article delves into the capabilities and considerations surrounding PTFE lined magnetic pumps fo...

Corrosion-resistant magnetic pumps play an important role when handling corrosive liquids, but in some cases, they can experience cavitation issues. Cavitation may lead to reduced pump performance, damage to equipment, and even affect production. This article will discuss the causes of cavitation in corrosion-resistant magnetic pumps and how to effectively avoid this problem to ensure reliable ope...

As a crucial component in the realm of liquid conveyance, chemical magnetic pumps play a pivotal role in various industrial processes. The following is a comprehensive analysis of the common parameters and their significance in chemical magnetic pumps, aiding in a better understanding and utilization of this critical equipment. 1. Flow Rate (Q):Flow rate refers to the volume of liquid transported ...

As an advanced pump with a non-shaft-sealing structure, the performance and reliability of magnetic pumps are closely related to the selection of bearing materials. This article delves into the material selection for magnetic pump bearings, discussing the characteristics of different materials and their suitability for various operating conditions. 1. Ceramic Bearings Characteristics:Ceramic beari...

Stainless steel insulated magnetic pumps, known for their excellent corrosion resistance and insulation properties, are widely used in various industries. Understanding the common usage scenarios of stainless steel insulated magnetic pumps helps users maximize their effectiveness in different application environments, ensuring production efficiency and equipment safety. This article will detail th...