The structure of high-pressure steel wire braided rubber hose is mainly composed of liquid resistant styrene butadiene rubber inner rubber, intermediate rubber layer, I, II, III stainless steel wire braided layer, and weather resistant styrene butadiene rubber outer layer. The inner rubber has the ability to withstand the conveyed material and protect the steel wire from corrosion, while the outer rubber protects the stainless steel wire from damage. The stainless steel wire layer is the skeleton material and plays a role in improvement.

High pressure rubber hoses are mainly used in various industrial machinery automation hydraulic systems, which can transport petroleum based and water-based liquids with corresponding pressure and humidity ranges. Faced with a wide variety of industrial hoses on the market, customers often feel at a loss when selecting. When selecting, the pressure should be chosen based on the working pressure, and it is also necessary to determine whether there is negative pressure, otherwise it may cause the pipeline to collapse during the suction process, affecting the circulation of the transport medium. Furthermore, considering the usage environment, if the high ambient temperature exceeds the high ambient temperature, the working pressure of the high-pressure steel wire braided rubber hose will decrease, which poses hidden hazards.

The high-pressure steel wire braided rubber hose used in engineering projects may suddenly bend like a load-bearing component or cylindrical coil spring when subjected to radial support pressure beyond its capacity, losing the stability of its parallel shape. If the gas pressure that can be sustained exceeds the pressure value that can be sustained, it will also cause imbalance. The damage to rubber hoses in engineering projects is mostly caused by these reasons, whether it is elastic hydraulic seals, radial expansion tube compensators, or rubber hoses, all have this problem.