Regarding the working pressure that SEVEN CORE CABLE Air Brake Hose can withstand, it mainly depends on the materials it is designed and manufactured from and the specific product specifications.
First of all, as a brake hose designed for automobiles and commercial vehicles, SEVEN CORE CABLE Air Brake Hose must be designed with stability and safety in various working conditions in mind. This means that it must be able to withstand the working pressure generated by the vehicle's braking system while ensuring that it will not break or fail under extreme conditions.
Secondly, the ability to withstand working pressure is usually closely related to factors such as the hose's material, wall thickness, internal structure, and manufacturing process. SEVEN CORE CABLE Air Brake Hose may use high-strength, pressure-resistant materials such as nylon and polyurethane, which have excellent pressure resistance and wear resistance and can maintain stable performance under high pressure.
In addition, the wall thickness of the hose is also an important factor affecting its ability to withstand working pressure. Thicker pipe walls can provide better pressure resistance and wear resistance, thereby ensuring that the hose will not break or deform under high pressure. SEVEN CORE CABLE Air Brake Hose may have an appropriate wall thickness to ensure that it can withstand the working pressure generated by the brake system.
In addition, the internal structure of the hose may also affect its ability to withstand working pressure. Some brake hoses use multi-layer structures, such as wire braid or fiber reinforcement, which can enhance the hose's pressure resistance and wear resistance and improve its working pressure resistance. SEVEN CORE CABLE Air Brake Hose may use a similar structural design to ensure that it can withstand higher working pressures.