So how long is the service life of Stainless Steel Braided Sleeve

The service life of Stainless Steel braided sleeve is very long, about 5-7 years, but many people will ask, is there any way to improve the service life of Stainless Steel Braided Sleeve and make it last longer?

Through the analysis of the Stainless Steel Braided Sleeve, the factors that affect the service life of the Stainless Steel Braided Sleeve are mainly the correct installation of the Stainless Steel Braided Sleeve, the control of the working environment, and the manufacturing process.
1. Correct selection and installation of stainless steel braided sleeves: Proper installation is directly related to the service life of the braided network tubes. There are many products on the market, and it is necessary to ensure that the same type of braided network tubes is used, and they cannot be mixed at will.
2. Use environment: try to avoid long-term exposure to the sun, long-term direct sunlight may cause deformation of the braided mesh tube, thereby affecting the lifespan.
3. Use skills: Do not overload the use, the greater the load, the shorter the service life of the braided mesh pipe, it should be used within the allowable range of the braided mesh pipe, and it must not be exceeded.
4. Learn to look: look at the craftsmanship, choose high-quality braided mesh pipes, and check for damage when purchasing.
Typical service life of stainless steel Braided Sleeving! First of all, we must know that the braided mesh pipe is considered to be in the design of three factors such as compressive strength, stability and fatigue performance. Although the calculation and evaluation of several aspects of the national standard and the American EJMA standard have clear regulations, it is found from years of practical application and failure analysis of Stainless Steel Braided Sleeve that the stability of the calculation and evaluation methods given in the standard is not comprehensive, and Fatigue life is only a fairly thick wire fan.
In addition, sometimes a product that fully meets the required standards is not ruled out, and some problems may arise in actual use. Types such as ending front displacement state compensation joint Stainless Steel Braided Sleeve During pressure test, out-of-plane instability is prone to large diameter closure type fully compensated joint displacement working position braided mesh pipe is prone to circumferential instability, small diameter double rod type fully compensated , the hinge joint compensates the joint displacement condition and the column is prone to instability. Too much deformation of the Stainless Steel Braided Sleeve not only affects the stability, but also provides favorable environmental conditions for stress corrosion.
Stainless steel braided sleeve compensators are widely used in many industries, in addition to good compensation ability, the main reason for high reliability. Its reliability is through design, manufacture, installation, operation and management, and other links to ensure that any link of the control compensator drops will lead to life or even failure. Braided mesh pipes are considered in the design of three factors of compressive strength, stability and fatigue performance. Although the calculation and evaluation of several aspects of the national standard and the American EJMA standard have clear regulations, it is found from years of practical application and braided network management failure analysis that the stability of the calculation and evaluation methods given in the standard is not comprehensive, and the fatigue life is also low. Just give a relatively rough border. Sometimes a product that fully meets the required standards may have some problems in actual use.
Too much deformation of the Stainless Steel Braided Sleeve not only affects the stability, but also provides favorable environmental conditions for stress corrosion. The comprehensive stress compensation amount of the braided network tube compensator fatigue life depends on its fatigue life, the higher the fatigue life, the smaller the single wave offset of the metal braided network tube. In order to reduce costs and improve single-wave compensation, some manufacturers make the allowable fatigue life of the braided mesh compensator too low, which will cause the bending stress of the meridian caused by the displacement of the braided mesh to be large, and the comprehensive stress is high, which greatly reduces the braided mesh compensation. The stability of the device reduces the service life of the Stainless Steel Braided Sleeve.