The working principle of plastic reinforced hose is mainly based on its special structure and material characteristics. Plastic reinforced hose is usually composed of an inner plastic tube, a high-strength braided material in the middle and an outer covering layer, and sometimes filled with steel wire or other supporting structures. This design gives plastic reinforced hose the following characteristics:
Elastic deformation: Plastic reinforced hose will undergo elastic deformation under the action of external pressure, so that the liquid or gas inside can flow. When the hose is compressed or stretched, the fluid inside it is subjected to the corresponding pressure transmission, driving the fluid to flow.
Pressure transmission: The liquid or gas inside the hose is subjected to external pressure, forming a certain pressure difference. This pressure difference allows the fluid to flow inside the hose and complete the transmission work.
Sealing: The material used to make plastic reinforced hose has good sealing, which can effectively prevent the leakage of liquid or gas. When the hose is connected to other devices, the sealing structure formed ensures the stable and safe delivery of the fluid.
Abrasion resistance and pressure resistance: The high-strength braided material and steel wire support structure in the middle make the plastic reinforced hose have good wear resistance and pressure resistance, and can work stably in various complex environments.
Strong adaptability: The softness and elasticity of the plastic reinforced hose enable it to adapt to different working environments and transmission needs, and is widely used in industry, agriculture, construction and other fields.