By adjusting the density, angle, and number of layers of the steel wire braid, the stress distribution of the hose can be optimized, reducing local stress concentration.
By adjusting the density, angle, and number of layers of the steel wire braid, the stress distribution of the hose can be optimized, reducing local stress concentration.
In the chassis systems of modern cars and motorcycles, space is extremely compact. Engines, suspensions, steering mechanisms, drive shafts, and various wiring harnesses are intertwined, leaving the brake hydraulic hose with winding, narrow paths that may
In daily life and industrial applications, fluid transport often requires traversing winding paths, crossing moving parts, or adapting to environments with frequent bends.
In modern industrial automation, pneumatic transmission, and mobile work equipment, hoses, though often considered auxiliary components, play a crucial role in the stable transmission of fluids, gases, and even signals.
If a seal failure is found, the steel wire braided hose must be replaced immediately to prevent leakage and potential safety accidents.
In agricultural irrigation, home gardening, industrial auxiliary transportation, and even drinking water systems, low-pressure hoses act as the "blood vessels" of fluid transmission. Their internal structure and material properties directly affect efficie