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Peristaltic dosing pump is one of the positive displacement transfer pump types. It is used in industrial areas as it allows various liquids to be processed through many processes. It differs from others with its design and operating principle. It works by rotating the printing mechanism of the cylinder and shoe in the drive system. It is also necessary to examine other features of the peristaltic dosing pump, which is advantageous in terms of use.

In Which Areas Is Peristaltic Dosing Pump Used?

Peristaltic dosing pump can be used in many areas with its functional features. Since it is a special equipment, it is preferred in the production processes of different sectors. It is especially used in the following applications:

● Pharmaceutical industry

● Food processing

● Paper and packaging manufacturing

● Chemical measurement

● Mining

● Water treatment plants

● Chlorination and dosing

What are the Features of Peristaltic Dosing Pump?

Peristaltic dosing pump appeals to different usage areas and purposes with some of its features. Both their design and technical qualities are different. The general features of peristaltic dosing pumps produced by Sisdoz are as follows:

● It has the capacity to turn at certain angles,

● Provides minimum wear and maximum performance,

● Hose life is long and reduces operating costs,

● Provides flexible solutions to applications with different engine alternatives,

 ● Offered in special designs for easy or difficult fluid transfers,

● It can reach high pressures and provides convenience in processes,

● Reduces wear,

● It has different hose and connection alternatives,

● It operates at certain capacity and bar pressure depending on its type,

● There are designs developed for some applications in different sectors,

● They control the cost and business efficiency of businesses in the best possible way.

In general, peristaltic dosing pumps stand out with the above features. Pumps designed and distributed by Sisdoz in 4 different ways have different technical qualities. At the same time, it is necessary to choose one according to its usage areas. Each of them is used in large industrial areas because it focuses on the transfer of liquid fluid.

What Do Peristaltic Dosing Pumps Do?

Peristaltic dosing pumps serve many purposes with their features. Since they are generally used in industrial areas, they are preferred in large-scale applications. Peristaltic dosing pump is preferred for the following purposes:

● Pumping various liquids

● Pharmaceutical processing

● Chemical transfers

● Wastewater treatment

● Mining applications

Standing out with their unique designs, these pumps also provide ease of use. Because the flexible hose is compressed by the drive system in its working principle and the rotation of the cylinders. As a result, a vacuum is created and the flexible hose comes into contact with the fluid easily. Peristaltic dosing pumps, which also offer ease of use, are one of the advantageous options.

Working Principle of Peristaltic Dosing Pump

When it comes to peristaltic dosing pumps, it is also necessary to mention the working principle. It basically has a system based on the compression and movement of the fluid. However, since each one has different technical features, the way they work may be different. Since peristaltic dosing pumps generally have a mechanism that rotates in oil, the wear level is quite low.

On the other hand, it can move easily by compressing the fluid. It works by receiving active support from the rotor. Since there are no valves or seals in the pumps, it reduces operating costs. The basic elements that make up the system are the hose and rotor. The function of the rotor located in the middle of the pump is to make circular rotation. As long as this rotation is made, it is leak-proof and wear-resistant.

Peristaltic dosing pump types offered by Sisdoz have different performances and designs. It also works well in certain application areas. Prices also vary according to these features. These equipment, used from chemical transfer to pharmaceutical processes, facilitate processes today. Considering the variable flow and pressure needs, it is possible to choose the appropriate one.