What should be noted during hydrostatic testing?

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What should be noted during hydrostatic testing? Insufficient attention to detail during experiments can affect the accuracy of the experimental data. Below, the editor will briefly introduce a few necessary precautions to avoid affecting the accuracy of the data.

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Compressed air boosting equipment for air booster pump

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The application of air booster pump can be extended to air booster equipment, which can be widely used for air tightness testing and air pressure testing. So, what are the general components of air booster equipment? The air booster pump is the core component of the air booster pump, providing high-pressure power support for the equipment and ensuring the normal operation of the entire device.

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Precautions for using gas driven carbon dioxide injection pump (see figure)

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The carbon dioxide injection pump is a type of gas driven booster pump, which works similarly to a gas driven reciprocating piston pump. By controlling its driving pressure, the output pressure can be controlled. When the output pressure is in a multiple relationship with the driving air pressure, the pump body begins to stop working, and the pressure stabilizes at the preset pressure. When the output carbon dioxide pressure is consumed and the pressure drops, the carbon dioxide injection pump automatically starts to supplement the pressure and always maintains this pressure.

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Operation steps of gas boosting equipment and gas-liquid boosting equipment (figure)

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This article will introduce in detail how to use and operate gas boosting equipment and gas-liquid boosting equipment

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Can the water pressure test function increase the pressure of water? Or can only pressure test? What is the operational process?

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The hydraulic testing machine is not only capable of pressure testing, but also has a series of functions such as pressure holding, blasting, etc. Hydrostatic testing is the process of applying pressure to a product using a hydraulic testing machine to a specified pressure, and maintaining the pressure for a period of time in accordance with national or industry standards. Observe whether the deformation rate and leakage value of the product are within the specified range after reaching the specified pressure and time. After passing the test, the hydrostatic testing machine continues to pressurize the product until it bursts, at which point the bursting limit value of the product is tested. If conducting a blasting limit test, protective devices must be installed.

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