High-pressure steel wire braided hoseThe key to the inner layer is the steel wire layer made of stainless steel wire. Based on the actual effect of adding these layers together, it can be used as a conveying pipeline for hydraulic systems. The design of pipe fittings has sufficient flexibility to reduce stress in the pipeline, increase the thrust of the pipeline on the storage tank and support, and thus maintain the storage tank.

When applied, high-pressure steel wire braided rubber hoses inevitably resist vibration, meaning that vibration is completely blocked during operation. The natural environment has good tolerance, with high heat resistance, cold resistance, and corrosion resistance, and can work under high pressure. It should be noted that if the steel wire layer continuously alternates between hot and cold, huge cracks will occur under the thermal stress caused by temperature differences, which will expand from time to time and lead to initial fracture. Therefore, for structures and pipelines under harsh temperature changes, the thermal fatigue effect of steel wires should be considered.

1. When subjected to frequent and intense pressure shocks, rubber hoses are usually not caused by excessive static pressure, but rather by the severity and frequency of the pressure shocks. During the operation of construction machinery, the oil pressure inside the pipes will repeatedly rise or suddenly drop, causing frequent pressure impacts on the oil pipes and exacerbating the damage of oil seals in various parts. Therefore, the valve stem should not be pulled too forcefully during operation, and should be gently and smoothly operated.

2. Improper selection of clamping amount and speed, or unreasonable selection of joint structure, material, and size during the assembly of rubber hoses and joints, can lead to excessive pressure or looseness between the rubber hoses and joints, resulting in early damage to the joints. When assembling, if the clamping amount is too small, that is, the pressure between the joint and the hose is too loose, under the action of oil pressure, the hose may detach from the joint in the early stage of use. During assembly, if the pressing speed is too fast, it is easy to cause internal rubber damage and steel wire layer breakage, leading to premature damage of the rubber hose during use. In addition, unreasonable joint design and poor processing quality can also lead to damage to the internal adhesive; If the joint material is selected improperly, it is easy to deform during the fastening process, affecting the quality of the fastening and shortening the service life of the hose.

Improper application can greatly shorten the service life of rubber hoses. In practical applications, damage to high-pressure steel wire braided rubber hoses is usually caused by improper use.