Factors Affecting The Performance Of Hydraulic Quick Adapter

The hydraulic quick adapter is a necessary part designed for the hydraulic pipeline connection between various fluid power components. The application of the hydraulic quick connector can provide leakproof seal and system interface for the pipeline connected with the hydraulic system. In order to adapt to different working conditions, a variety of products of different models and shapes have been derived.
The use of hydraulic quick adapter provides help for the normal operation of the hydraulic system, and the standardized use method can improve the service life of the hydraulic adapter and provide guarantee for the operation of the hydraulic system. So, what are the factors that affect the performance of the hydraulic quick connector?
Pressure: It is recommended to choose a hydraulic quick adapter that is greater than the system pressure, and the pulse pressure that is greater than the maximum operating pressure will shorten the service life of the adapter.
Second, processing: In order to ensure the air tightness of the hydraulic quick adapter, the parts need to have good processing accuracy. The processing technology is not in place, the assembly accuracy is not enough, and the hydraulic quick adapter will swing during use, reducing the flexibility of the adapter.
Oil resistance: Components that work in a long-term oil environment should also have very good oil resistance.
Temperature: Staff need to pay attention to ensure that static and transient fluid and ambient temperature do not exceed the hydraulic quick adapter performance limits.
5. Environment: Pay attention to ensure that the hydraulic quick connector is compatible with or protected from the environment in which it comes into contact. Environmental conditions such as ultraviolet light, ozone, salt water, chemicals and air pollution all contribute to premature failure of workpieces and must therefore be taken into account.
Mechanical load: Mechanical load includes excessive deflection, twisting, kinking, tensile or lateral load, bending radius and vibration.