Wuxi Duorunde Steel Tube Co. The pressure-bearing capacity of 304 stainless steel precision tube mainly depends on its manufacturing process, tube diameter size, wall thickness and other factors. Under regular circumstances, the pressure-bearing capacity of 304 stainless steel precision tubes can reach more than 100MPa, or even higher.
? # Automobile manufacturing ? #Military industry ? #Machining ? #Electronic equipment ? #Medical equipment ? #Engineering machinery # #? railroad locomotives ? #? Aerospace ? #? Ships ? #? Injection molding machines ? #? Die casting machines ? #? Machine tooling ? #? Diesel engines ? #? petrochemicals ? #? power stations ? #Boiler equipment ? Official website;/ ?24-hour hotline;0510-8326 3608 ?
First of all, the manufacturing process has an important impact on the pressure capacity of 304 stainless steel precision tubes. The use of advanced cold rolling or cold drawing processes can significantly improve the precision and strength of the pipe fittings. These processes can precisely control the shape and size of the fittings to make them more uniform when under pressure, thus improving their pressure-bearing capacity. In addition, after appropriate heat treatment, the mechanical properties of 304 stainless steel precision tubes can be further optimized to improve their tensile strength and yield point, so that they can remain stable under high pressure.?
Secondly, the size of the tube diameter and wall thickness are also important factors affecting the pressure-bearing capacity of 304 stainless steel precision tubes. Generally speaking, the larger the diameter of the tube, the thicker the wall thickness, the stronger its pressure-bearing capacity. This is because the larger tube diameter and wall thickness can provide more material reserves, so that the fittings are not easy to deform or rupture when under pressure. However, the design needs to be weighed against the actual application requirements, as too large a diameter and wall thickness can increase manufacturing costs and weight.
? Finally, the pressure conditions in the actual application are also factors to be considered. In high-pressure systems, 304 stainless steel precision tubes need to withstand continuous high-pressure loads, so their pressure-bearing capacity must be able to meet the system design requirements. In some cases, it may be necessary to validate the tubing by conducting strength tests or simulating actual working conditions to ensure its reliability in actual applications.
? In summary, the pressure-bearing capacity of 304 stainless steel precision tubes needs to be considered comprehensively according to specific application conditions. Under conventional circumstances, its pressure-bearing capacity can reach more than 100MPa, and can be customized according to actual needs.