By observing the specific performance of hydraulic joints in application, we can find that this kind of joints can show very good application effects. Especially in many systems, ordinary connectors cannot be used, only this type of connector can be used. So how can it be used in many areas where ordinary connectors cannot be used?
This, of course, is directly related to the materials used and the specific structural design. From a deeper level, it is related to the many performance advantages brought by its material and structure, and these performance advantages are not available in ordinary joints, or ordinary joints. The level that can be greatly reduced is much lower than that of this joint.
For example, hydraulic joints can have good sealing performance with the use of high-quality materials and highly optimized structural design, so that when they are applied, they are very unlikely to leak. Although many common joints can also achieve reliable sealing, they are easily damaged and leaked under the influence of greater pressure in the system.
Furthermore, when the liquid flows in the hydraulic piping system, it will have a great pressure effect. At this time, the hydraulic joints have very good pressure resistance and can effectively withstand these pressures without being damaged. This is not possible with ordinary joints, and it is the biggest difference between this type of joint and ordinary joints.
Not only that, the fatigue resistance of hydraulic joints is also very good, and the level of these properties is much higher than that of ordinary joints. Therefore, ordinary joints are not suitable for hydraulic systems, such as pressure and other aspects that have a large impact, but such joints can still function reliably.