According to Hydraulic Fittings Company , the advantage of hydraulic fittings is their superior pressure resistance, which is usually several times that of ordinary fittings. For many high-pressure hydraulic systems, the ordinary head can not bear the pressure. For example, we know that the impact of sudden bursting of hydraulic oil pipes is huge, and only special hydraulic joints are used. Therefore, ordinary handpieces cannot replace hydraulic joints. In addition, the aging or pollution of the oil will not only cause problems in the components of the system, and accelerate the aging and wear of the oil seal, but also the dirt in it is likely to scratch or embed the oil seal, making the seal ineffective. Ordinary connectors can't afford it.

For high-pressure and large-flow hydraulic systems, when the actuators (hydraulic cylinders or hydraulic motors, etc.) change phases, if the performance of the reversing valve is not good, hydraulic shock is very easy to occur. The instantaneous high pressure of hydraulic shock may be several times the operating pressure of the system. Such high pressure will tear the oil seal or partially squeeze it into the gap in a very short time, causing serious damage. Only hydraulic joints have a certain endurance.

1. Because it can be directly connected with straight copper pipes, it does not need to be calcined or welded.

2. Three sealing materials are provided according to the nature of the fluid, which can be used in the production lines of air conditioners and refrigerators, and have a variety of sizes to suit copper pipes of different calibers

3. It can be used for pressure test, vacuuming, refrigerant filling, etc.

4. The chuck and sealing of the catheter can be completed with only one wrench lever operation, and the end surface and outer circumference of the catheter adopt a double sealing structure to ensure excellent air tightness and vacuum resistance.

Through the above introduction, Hydraulic Adapters Manufacturers hopes that you can simply refer to the content of this article in future use.