There are two main components inside the gas-liquid booster pump, one is the large and one is the small two piston rods, and the other is the seals. Next, I will introduce all the components and functions of the internal structure of the gas-liquid booster pump in detail.
The flange plate is finished with high-quality 45# steel plate, which can accurately and stably fix the gas-liquid booster pump on the mechanical workbench.
The front rod is plated with 45 # steel surface to ensure its smoothness and accuracy. The front standard thread can be connected to the mold or pressing plate.
The front cover double-layer seal (dust seal + oil seal) can prevent impurities or dust from entering the gas-liquid booster pump, thus ensuring that the gas-liquid booster pump can be used in complex environments.
The pressurized copper guide sleeve inside the front cover makes the front rod not swing in the process of moving, and the pressing accuracy is higher.
The nine volume gas-liquid booster pump adopts high-precision truss grinding pipe, which can effectively prolong the service life of the seal of the gas-liquid booster pump with great cleanliness.
The oil cylinder piston is designed with two oil seals and guide wear rings, which can ensure its accuracy and direction in the process of action.
A white gasket support ring is added between the cylinder barrel and the middle cover to effectively prevent its high-pressure oil leakage, and the sealing performance is 100% higher than that of the ordinary O-ring.
The high-pressure measuring interface can be connected to the glycerine hydraulic oil gauge, with or without edges, or high-precision electronic pressure sensor can be replaced, or high-pressure oil pipe can be led out and installed on the front panel of the machine body.
The inner groove design makes the hydraulic oil flow faster, and the three-layer high-pressure oil seal seal makes the pressure resistance coefficient higher and the work more stable.
In the force stroke, the high-pressure thrust is generated by the pressurized piston, and the two-way seal and guide ring can better meet the thrust demand.
The standardized mass-produced oil cylinder joint optimizes the structure of the oil storage barrel, and the side hole design changes the movement direction of the hydraulic oil, effectively preventing the hydraulic oil from ejecting from the air hole.
The oil storage barrel is used to store sufficient hydraulic oil for the long-term reliable operation of the gas-liquid booster pump, and the front is equipped with a hydraulic oil condition display device.
The above is all about the problems and precautions introduced to you today. I hope it can help you. If you want to know more, you can contact us by phone or follow our website http://www.allarabandroid.com , our staff will contact you in time.