How to choose a high-temperature magnetic pump? What is suitable is good.

According to incomplete market research statistics, less than 70% of users know how to choose and purchase high-temperature magnetic pumps correctly.

Due to insufficient purchasing experience and insufficient understanding of the product characteristics of high-temperature magnetic pumps, even a large number of buyers only purchase according to the specified standards of the enterprise, without customizing products according to their own needs, making it difficult to purchase high-temperature magnetic pumps effectively.

In fact, the production technology of pumps is constantly changing, and there are also slight differences in product performance. If a company can master more skills, it not only needs to understand its own needs, but also needs to understand the other party's products. Remember the following points to help you choose products correctly.

Self positioning

High temperature magnetic pumps have a wide range of applications, with clear self positioning and careful selection of models based on medium and operating conditions.

Generally speaking, different media require different pump body parameters. For example, when conveying flammable, explosive or toxic media, reliable shaft seals or leak free pumps can be selected. If there is a need for corrosion resistance, it is also necessary to indicate in advance. It is best to clearly list the concentration, viscosity, temperature, etc. of the media, so that manufacturers can customize them to meet user needs.

Pump parameters

Different pump types have different parameters, and high-temperature magnetic pumps can also be divided into many different models. Therefore, buyers need to have a detailed understanding of the flow, temperature, pressure and other parameters of the device, and choose products with appropriate parameters based on their usage in order to truly unleash the value of the product.

Cost issues

For enterprises, whether it is purchasing expenses or maintenance expenses, they are all cost issues of purchasing pumps. We cannot only focus on the discounted prices in front of us, but also need to examine the endurance, service life, maintenance and other issues of high-temperature magnetic pumps in subsequent work, in order to effectively save expenses.

RICITE has solved the technical challenges of industrial application of magnetic pump drive technology!

Magnetic circuit design and industrial applications with large magnetic gaps.

Material selection of flow components during the transportation of highly corrosive and high viscosity media.

The composite problem of non-metallic materials and metallic materials at high temperatures.

The issue of compression molding technology for special plastics and metal materials.

Friction and lubrication problems of sliding bearings in special media.

Demagnetization of permanent magnet materials at high temperatures.

The transportation of easily vaporized liquids such as liquid hydrocarbons, propane, liquid ammonia, and liquid chlorine.

The transportation problem of solid media.

The pressure bearing technology of the isolation sleeve under high inlet pressure.

Technical issues with high-power magnetic drive.