Can composite panels be used in vacuum vessels?
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I would like to ask the experts: For example, there is a container with a design pressure of -0.1 MPa and a diameter of Φ5000 mm. The container is made of titanium-steel composite sheet (3+18), using the B1 level explosion welding method. My questions are: 1. Can the B1 level explosion welding method truly achieve a 100% bond rate? 2. Can B1-grade composite plates be used in vacuum vessels, and will the vacuum cause the titanium coating to peel off from the steel substrate?
What’s wrong with that? Explosive bonding is not a lining; to put it exaggeratively, even if it gets deflated, it won’t come apart.
It should work at low temperatures
Can explosive bonding achieve a 100% bond rate?
Level 1 should be 100% combined
It can be used in vacuum containers with no problem at all. Moreover, for level B1, a 100% fit is required; there’s no room for doubt on this – otherwise it’s not qualified, and in that case it can at most be classified as B2 or B3.
There should be no problem! The bond strength index is in control!
Thank you. The standard requires that the shear strength of the joint surface be >140 MPa. What is the vertical tensile strength value of the joint surface?
Thank you. The standards specify the shear strength of the joint surface; I was wondering what the minimum vertical tensile strength is?