How to determine whether the water quality is suitable for high pressure atomizing spray equipment?



In high pressure atomizing spray equipment, the water quality of the water source is very important. Poor water quality of the water source may lead to mechanical failure, reduce the service life of the equipment and even endanger people. Therefore, before using high pressure atomizing spray equipment, the water quality of the water source should be tested and evaluated to ensure its suitability. In this paper, we will discuss how to determine the water quality of high-pressure atomizing spray equipment is appropriate.
 

1. Detect the minerals in the water source

High-pressure atomizing spray equipment usually need a good quality of water, because some minerals in the water will have a negative impact on the equipment. For example, water that is too hard can cause calcium and magnesium in the equipment to crystallize and form scale. This will lead to clogging of the equipment, reduce water pressure, cause pump failure, etc. Therefore, before selecting a water source, a mineral test is required to determine its suitability for use.
 

2. Analyze the chemical composition of the water source

High-pressure atomizing spray equipment is also affected by the chemical composition of the water source. For example, chlorine, iron, sulfur and other elements in the water source will corrode the materials of the equipment, reducing its service life. Therefore, it is important to analyze the chemical composition of the water source. This can be done by sending water samples to a laboratory for analysis in order to quickly and accurately determine the components in the water source.

3. Testing the microbial content of the water source

The microbial content of the water source can also affect the use of high pressure atomizing spray equipment. Bacteria and viruses in the water can form scales that can lead to equipment damage, clogging, and various health hazards. To avoid these problems, you can ensure that the microbial content of the water source meets the required standards by taking samples and sending them to a laboratory for testing.
 

4. Test the pH of the water source

The pH value is another important parameter for determining whether the water is of the right quality. pH values usually range between 0 and 14, with 7 being neutral. Within this range, its effect on equipment maintenance and performance is obvious. When the pH of the water is too low, corrosion and deterioration can occur within the equipment, while a high pH can cause materials in the equipment to crystallize and form scale. Therefore, the PH of the water source should be measured before use to determine if it is suitable for use.