Based on the actual working pressure of the three-dimensional corrugated compensator, the nominal diameter and pressure gauge are checked to determine whether to use the stainless steel mesh sleeve three-dimensional corrugated compensator. The chemical characteristics of the medium conveyed in the three-dimensional corrugated compensator, the corrosion resistance of the three-dimensional corrugated compensator material depends on the material of the three-dimensional corrugated compensation device. After temperature correction, the correct pressure level of the three-dimensional corrugated compensator should be determined according to its working pressure temperature correction coefficient at high temperatures.
Based on the use of three-dimensional corrugated compensator and with reference to the correct use and installation method of three-dimensional corrugated compensator, the better compensation length of settlement, length of three-dimensional corrugated compensator in various moving states, small bending times, small bending radius, and correct selection of installation parameters are determined. The current efficiency of the sulfate 3-D corrugated compensator alloy process can reach 100%, and the deposition rate is fast, which is incomparable to any galvanizing process, with a running speed of 8~12m/min and an average plating thickness of 2m/min, which is difficult to achieve with continuous galvanizing.
The 3D corrugated compensator has excellent resistance to alkali, acid and corrosion during use. The 3D corrugated compensator does not corrode, rust or breed bacteria during industrial use. The whole equipment uses its non-electrochemical corrosion, and the 3D corrugated compensator is bent in the process using its set of bending dies. In fact, the 3D corrugated compensator is used in the production process, regardless of the type of equipment.
