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Mono pumps, with their stabilization-oriented working principles, are suitable for the transfer of low and high viscosity fluids, as well as for the transfer of abrasive, sticky, crushing and foaming-sensitive fluids. It never breaks down the fibers of the fluid it contains and does not cause any change in the product structure. In general, it protects the quality of products and systems by preventing foaming or excessive watering of solid or semi-solid fluids.

Water Treatment Facilities:

· Transmission of chemical solutions such as polyelectrolyte and lime

· Transfer of all types of treatment sludge

· Belt Press, decanter units and filter press sludge feeding

Chemical Industry:

· Transfer of chemicals such as phosphoric acid, fuel oil, shampoo, lime, iron (III) chloride

Transport of chemicals such as caustic and alum

Food Industry:

Dairy products, animal feed production

Honey, canned food, fruit pulp processing

· Jam, butter, hazelnut paste processes

· Beverage, chocolate and syrup production

Hygienic transfer of viscous liquids in sugar, molasses production and meat puree processes

Other Sectors:

· Clay, sand etc. in mining. Transfer of water containing solids

· Disposal of bilge waste in maritime

· Transfer of viscous liquids in the pharmaceutical, paper and ceramic industries

The wide usage areas of mono pumps show that they are used in a wide range of industrial areas for the transfer, circulation, dosing or filtering of liquids and fluids. These pumps also flow products such as honey, paint, adhesive, silicone and prevent the substances they transfer or circulate from watering down, foaming or settling.

The reason why mono pumps are used in so many sectors is that they can transfer fluids silently and without vibration, without changing their viscosity. In addition, its self-priming feature and its ability to operate in different temperature ranges (from -20°C to 150°C) are among the reasons why it is preferred.

How Does Mono Pump Work?

Mono pump is a type of pump used to transfer fluids that are especially viscous, abrasive, sticky, contain solid particles or contain dust. Its working principle is based on a simple mechanism consisting of two main parts called rotor and stator. The working steps of the mono pump are as follows;

· When the mono pump starts to work, the rotor connected to the motor shaft starts to rotate. The rotor has a rotating shaft inside and a rotor surface placed on it.

· As the rotor rotates, the compression movement on the rotor surface is pushed to the stator surface and the compressed fluid is forced to move forward. This process allows fluid to pass through the mono pump and allows flow to continue.

 · The compression and expansion movements that occur as the rotor rotates are constantly repeated, thus ensuring continuous pumping of the liquid. This principle allows mono pumps to transfer liquid effectively and efficiently.

· Mono pump is based on the principle of transferring the fluid to a metal auger that moves with the logic of a worm screw, with the power it receives from the electric motor.

The advantages of mono pumps include high efficiency, low energy consumption, low maintenance requirement, quiet operation, high pressure capacity and the ability to operate in a wide liquid viscosity range. Additionally, it operates at low noise levels, making it preferred in sound-sensitive environments.

Thanks to these features, mono pumps are used as reliable and effective pump solutions in many industries such as chemical, food and beverage, water treatment, oil and gas, pharmaceutical, mining.