Magnetic Pumps For Surface Treatment Applications

Surface treatment field will produce wastewater mainly containing Cr6+, Ni2+, F- and phosphate and other heavy metals, of which chromium and nickel belong to a class of pollutants, harmful to the environment. Metal surface treatment will use acid and alkali resistant magnetic pumps, the entire metal surface treatment project used in the wastewater lifting, recycling, dosing and other processes can be used Mabel's acid and alkali resistant pumps and so on.

 

The applications of magnetic pumps in the surface treatment industry mainly include the following aspects：

● Electroplating industry: Magnetic pumps are often used in the electroplating process to convey electroplating liquids containing metal ions. They usually need to be able to withstand a certain degree of corrosiveness, and require the transported liquid to have a stable flow rate and pressure.

 

● Spraying industry: In the spraying industry, magnetic pumps are commonly used to convey various liquids such as paints and pigments. These liquids usually need to be diluted or mixed, so magnetic pumps need to be able to adapt to different viscosities and specific gravity, and need to have a stable flow rate and pressure.

 

● Electronics: In the electronics industry, magnetic pumps are commonly used to transfer a variety of corrosive liquids such as corrosives and cleaning fluids. They need to be resistant to chemicals to ensure the purity of the liquids transported and to maintain constant flow and pressure.

 

● Automotive industry: In the automotive industry, magnetic pumps are commonly used to transfer a variety of lubricants, coolants, and so on. They need to be able to accommodate different viscosities and specific gravities, as well as have high wear and corrosion resistance.

 

In short, magnetic pumps are widely used in the surface treatment industry, and different industries have different application requirements. Therefore, when choosing magnetic pumps, you need to choose different types of pumps according to specific application scenarios, and consider whether the medium, flow, pressure and other parameters meet the requirements.

 

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