The high-pressure steel wire braided rubber hose joint assembly consists of an internal rubber hose and interfaces on both sides. Sometimes, the rubber hose assembly is distinguished by the different joints, as the usage environment is common and involves various sockets. Sometimes there are more than ten types of sockets on different devices, so more than ten types of connectors are needed. If the high-pressure hose joint is further subdivided, it will be a major branch. Below, we will explain a simple classification method for hose joints.

1. Threaded joint: This structure is generally suitable for places with low pressure and high flow rate. This connection method can appropriately increase the diameter of the high-pressure pipe, and its sealing mainly relies on the sealing ring.

2. Pipe thread joint: This structure is mainly used when the working pressure is high, and this connection method is mostly used when the working pressure exceeds 1800 bar. This type of connection method involves tightening the locking nut through a pipe threaded joint, so that the spherical convex surface of the pipeline is tightly fitted with the convex surface of the connected part, providing a sealing effect. The connected parts can also be water spraying accessories, such as high-pressure spray, plane cleaning printer nozzle, three-dimensional nozzle, etc., or other high-pressure rubber hoses. This connection method can effectively prevent loose connections under complex construction conditions.

The above are the types of high-pressure steel wire braided rubber hose joints. The rubber layer inside the hose can withstand the damage and corrosion of the transported material, preventing its leakage; The outer adhesive layer protects the skeleton layer from external damage and corrosion; The skeleton layer is the pressure bearing layer of the rubber hose, which endows the pipe body with compressive strength and bending stiffness. The pressure depends on the material and structure of the skeleton layer. According to the material and structure of the skeleton layer, the steel wire braided rubber hose can work at a pressure of 80-600MPa or even higher.