de-aluminized

the de-aluminized steel exhibited improved corrosion resistance.

we analyzed the de-aluminized layer's thickness using microscopy.

the de-aluminized surface was then passivated to enhance durability.

de-aluminized aluminum alloys are often used in aerospace applications.

the process removed aluminum oxides from the steel's surface, de-aluminizing it.

careful control of temperature is crucial during the de-aluminization process.

the de-aluminized material showed a significant increase in adhesion strength.

we performed a de-aluminization treatment to prepare the surface for coating.

the de-aluminized steel demonstrated enhanced weldability compared to the original.

post-de-aluminization cleaning is necessary to remove residual chemicals.

the de-aluminized component underwent rigorous testing for structural integrity.