Stainless steel chain 310S.

In the material research of high-temperature industrial transmission systems, 310S austenitic stainless steel demonstrates a unique thermal stability mechanism.

This material has constructed a stable crystal structure through a high proportion of chromium and nickel elements. Under the condition of continuous high-temperature exposure,

The continuous oxide layer formed on its surface exhibits dynamic self-healing characteristics, and this protective mechanism effectively blocks the deep oxidation process of the base metal.

Research shows that the interaction between solid solution strengthening elements and dislocation structures within the material forms a three-dimensional strengthening network. This composite strengthening mechanism not only delays the occurrence of high-temperature creep but also endows the chain with the ability to resist plastic deformation in a non-steady-state thermal field.