Why stainless steel braided hose has excellent pressure resistance and strength？

Stainless steel braided hose stands out in the field of pipeline transportation for its excellent pressure resistance and strength. This advantage comes from its unique structural design and stainless steel material. First, the braided structure of the hose uses a braided layer of multiple strands of stainless steel wire to form a strong outer protective layer. This layer can not only evenly distribute internal and external pressure and increase the overall strength, but also effectively prevent the expansion and deformation of the hose under pressure, improving the pressure resistance. The braided structure not only makes the hose elastic, but also can quickly adapt to changes in external pressure, reducing the deformation and expansion of the hose, making it more stable.

Stainless steel, as the braided material for hoses, has excellent strength and hardness. The high tensile strength and yield strength of stainless steel allow the hose to maintain its shape and structural integrity when subjected to high pressure, and is not prone to deformation and rupture. In addition, stainless steel has excellent corrosion resistance and is able to maintain its strength in wet, corrosive environments. This makes the stainless steel braided hose more reliable in the transportation of corrosive media and less susceptible to erosion by the external environment.

Not only that, stainless steel braided hose also has a high elastic modulus, making the hose respond to external stress more quickly and stably. When the hose is under pressure, the stainless steel braid can quickly adapt to pressure changes, reducing the deformation and expansion of the hose. In addition, stainless steel braided hose can usually withstand higher temperatures and maintain its strength and stiffness. This allows the hose to maintain its pressure resistance and strength in high temperature environments, making it suitable for various high temperature environment applications.