Pressure test and stability analysis of External Spring Cleansing Oil Pump

During the design and manufacturing process of External Spring Cleansing Oil Pump, various types of pressure tests are often carried out to ensure that the product can operate stably under different environmental conditions. Pressure testing mainly includes the following aspects:

First, pressure testing can evaluate the performance of External Spring Cleansing Oil Pump when subjected to external forces. By applying different pressures and forces, it is tested whether the product can work normally and is not affected by the external environment. This is crucial to ensure that the product is not easily damaged or failed during long-term use, especially in the use of daily skin care products, the pump head needs to be able to withstand multiple uses and changes in the external environment.

Secondly, pressure testing can also verify the sealing performance of External Spring Cleansing Oil Pump. The sealing performance directly affects the leakage of liquid during the use of the product. Through pressure testing, it can be determined whether the product can effectively prevent liquid leakage under various pressures, maintain the stability and purity of the makeup remover liquid, and avoid waste and unnecessary cleaning work.

In addition, pressure testing also includes the evaluation of product flow and pumping effect. Under pressure, the product is tested to see if it can release the makeup remover liquid at a predetermined flow rate, ensuring that the liquid dosage is accurate and controllable each time it is used. This not only improves the user experience, but also avoids the inconvenience of use or liquid waste caused by unstable flow.

During the pressure test of the External Spring Cleansing Oil Pump, strict standards and processes are usually adopted to ensure the reliability and repeatability of the test results. Manufacturers use professional equipment and instruments, such as pressure sensors, flow meters, etc., to conduct comprehensive testing and data recording of the product. These data are not only used for product quality control, but also provide important reference for future product improvement and optimization.