High flow pressure testing pumpThe manufacturer believes that the pressure testing pump is mainly used as a pressurizing device for pressure testing various pressure vessels and equipment (such as chemical containers, pump bodies, valves, pipelines, etc.). Therefore, its main characteristic is that the exhaust pressure is very high. Generally, pressure testing pumps can reach several hundred atmospheres, while ultra-high pressure testing pumps can reach tens of thousands of atmospheres, and the flow rate is usually very small, mostly less than 1m3/h. However, the small output flow will not increase the time required for pressure testing, as the pressure testing of the container can only be completed after the pressure testing pump is filled. Usually, during the pressure testing process, the container needs to be filled with liquid first, and then a joint is left to connect with the outlet of the pressure testing pump. Based on the principle that liquids can transmit force equally, when the outlet of the pressure testing pump reaches a certain pressure value, the container will correspondingly be subjected to this pressure, thus achieving the purpose of pressure testing.

　　The manufacturer of the high flow pressure testing pump believes that the pneumatic pressure testing pump is a pressure testing device developed based on the working principle of pneumatic pressure testing devices. It uses compressed air as the power source, and the pneumatic pump as the pressure source, with the output liquid pressure being proportional to the air source pressure. By adjusting the air source pressure, corresponding hydraulic pressure can be obtained. It is particularly suitable for high-pressure and ultra-high-pressure pressure testing of pressure-bearing equipment such as blowout preventers, valves, pipelines, connectors, and pressure vessels in oilfield drilling and extraction projects. It is also suitable for research and inspection departments as a testing tool. It is used for liquid pressure testing of all pressure vessels in petrochemicals, such as blowout preventers, valves, pipelines, and boilers. It can be used as a pressure source in blowout preventer control systems.

　　High flow pressure testing pumpThe manufacturer believes that after the installation of the blowout preventer assembly, the throttling pressure control manifold, and the blowout preventer nozzle manifold is completed, and after drilling through the oil and gas layer, all connections and seals should be pressure tested. Pressure testing equipment can choose from cement trucks, electric pressure testing pumps, pneumatic pressure testing pumps, and other pressure testing power sources. Pneumatic pressure testing pumps are small in size, high in pressure resistance, and easy to operate. Pneumatic pressure testing pumps are commonly used on-site, and cement trucks can also be selected for pressure testing.

The manufacturer of the high flow pressure testing pump believes that the pneumatic pressure testing pump is a pressure testing pump powered by compressed air. Compressed air drives the piston of the pneumatic motor to move up and down, thereby driving the lower plunger to move up and down, completing the process of liquid suction and discharge. The pneumatic pressure testing pump is a pressure testing device developed based on the working principle of pneumatic pressure testing devices. It uses compressed air as the power source, and the pneumatic pump as the pressure source, with the output liquid pressure being proportional to the air source pressure. By adjusting the air source pressure, corresponding hydraulic pressure can be obtained.

High flow pressure testing pumpThe manufacturer believes that when the air pressure and liquid pressure reach equilibrium, the pneumatic pump will stop inflating, and the output hydraulic pressure will stabilize at the preset pressure. By controlling the intake amount, the boost speed can be controlled. Therefore, it has explosion-proof characteristics.It has adjustable mountain pressure, controllable boost speed, small size, light weight, simple operation, reliable performance, and a wide range of applications. It is particularly suitable for high-pressure and ultra-high-pressure pressure testing of pressure-bearing equipment such as blowout preventers, valves, pipelines, connectors, and pressure vessels in oilfield drilling and extraction projects. It is also suitable for research and inspection departments as a testing tool.