2 Points You Must Know About Chemical Pump Selection
What should be paid attention to in the selection of chemical pumps?
Based on Mastering the Basic Data of Pump Selection, What Should Be Paid Attention to in the Selection of Chemical Pumps:
(1) The process flow where the chemical pump is located. The chemical pump should reasonably determine the basic parameters such as the flow rate and head of the pump according to the needs of the process. Generally, the chemical pump's everyday wear and the rotational speed's change may cause the head to drop. Therefore, the head of the pump can have a margin of 2% to 5% when selecting a chemical pump. But the maximum cannot exceed 10%. The basic principle is to ensure that the pump operates within the efficient range. In addition, the user can obtain the information of the pump inlet status through the process, which the user can be used to calculate the device's NPSH.
(2) The corrosiveness of the medium and the selection of materials. Due to the wide variety of chemical media with different properties, proper characteristic parameters are required, especially corrosivity, concentration, volatility, vaporization pressure, viscosity, density, etc. These properties are closely related to the selection of materials, not only metal materials but also the interaction of non-metallic materials with media.
This guide outlines professional chemical pump selection criteria covering material compatibility, sealing design, safety compliance, and parameter matching. It introduces applicable pump types, strict marine pump requirements, and reliable customized solutions for diverse industrial corrosive fluid handling scenarios.
Industrial Development of Plastic Pump Technology,Core Advantages of Modern Industrial Plastic Pumps,Advanced Upgrades in Modern Plastic Material Performance
A magnetic drive pump (commonly shortened to mag drive pump) is a high-reliability seal-less centrifugal pump that utilizes magnetic coupling technology to transmit power from the electric motor to the internal impeller.
1. What Is a Magnetic Drive Pump? 2. Core Advantages of Magnetic Drive Pumps 3. Key Disadvantages and Limitations of Magnetic Drive Pumps 4. Industrial Applications of Magnetic Drive Pumps and Optimized Alternatives