Extrusion Resistance: The reinforcing steel wire braided layer gives the steel wire braided hydraulic hose high extrusion resistance, effectively preventing deformation and breakage.
Stability: The inner and outer rubber layers of the steel wire braided hydraulic hose exhibit good stability and flexibility, maintaining excellent performance across various temperature ranges.
Abrasion Resistance: The inner and outer rubber layers of the steel wire braided hydraulic hose have good abrasion resistance, effectively protecting the internal reinforcing layer.
III. Differences between Steel Wire Braided and Steel Wire Spiralized Hydraulic Hose:
Reinforcing Layer: The reinforcing layer of the steel wire braided hydraulic hose is a steel wire braided layer, while the reinforcing layer of the steel wire spiralized hydraulic hose is a steel wire spiral layer.
Pressure Bearing Capacity: The steel wire braided hydraulic hose has high tensile strength and can withstand high pressure, while the steel wire spiralized hydraulic hose has high extrusion resistance and can withstand high compressive pressure.
Stability: The large gaps in the braided layers of the steel wire braided hydraulic hose may lead to pipe wall deformation, while the smaller gaps in the spiral layers of the steel wire spiralized hydraulic hose result in a more stable pipe wall.
** The wear resistance differs: Steel wire braided hydraulic hoses have a braided outer layer, offering good wear resistance, while steel wire spiral hydraulic hoses have a spiral outer layer, resulting in weaker wear resistance.
Generally, steel wire braided hydraulic hoses are suitable for high-pressure, high-temperature, and harsh environments, while steel wire spiral hydraulic hoses are suitable for low-pressure, stable working environments. When selecting hydraulic hoses, it is necessary to comprehensively consider the specific usage environment and working conditions to choose the appropriate hydraulic hose material and model.