In the field of surface treatment, wastewater containing heavy metals such as Or6+, Ni2+, F- and phosphates is generated. Among them, chromium and nickel belong to a class of pollutants and are harmful to the environment. The wastewater lifting, circulation, and dosing processes used in the entire metal surface treatment project can all use Tamron's acid and alkali resistant magnetic pumps.

The application of magnetic pumps in the surface treatment industry mainly includes the following aspects:

1.Electroplating industry: In the electroplating process, magnetic pumps are often used to transport 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.

2.Spraying industry: In the spraying industry, magnetic pumps are often used to transport various liquids such as paints and pigments. These liquids usually need to be diluted or mixed, so the magnetic pump needs to be able to adapt to different viscosities and specific gravities, and needs to have a stable flow and pressure.

3.Electronics: In the electronics industry, magnetic pumps are often used to transport various corrosive liquids, such as corrosives, cleaning fluids, etc. They need to be resistant to chemicals to ensure the purity of the transported liquid and maintain a constant flow and pressure.

4.Automobile Industry: In the automobile industry, magnetic pumps are often used to transport various lubricants, coolants, etc. They need to be able to adapt to different viscosities and specific gravities, as well as have high wear resistance 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 a magnetic pump, you need to choose different types of pumps according to the specific application scenario, and consider whether parameters such as medium, flow, and pressure meet the requirements.