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29 déc. 2023 This study investigated the formation of oxide films on 6061 aluminum (Al) alloy and their impacts on corrosion resistance efficiency by regulating anodization voltage. Despite advantageous properties inherent to Al alloys, their susceptibility to corrosion
30 déc. 2022 Anodization is a representative electrochemical surface treatment method that can improve both heat resistance and corrosion resistance by forming an
1 nov. 2023 Different anodized aluminum alloys were prepared by changing the concentration of citric acid in the electrolyte. The surface morphology, structure, thickness and corrosion resistance of the anodized aluminum
In this work, anodizing behavior of 6xxx series aluminum alloys was studied under constant current density and constant voltage conditions in 20% sulfuric acid solution by
1 mars 2020 The aluminum anodization process is an energy intensive process. Besides the anodization step, the sealing step when it involves high temperature sealing in hot
1 mars 2021 This study improves the plasma corrosion resistance of 6061 aluminum alloy and investigates the reaction mechanism for changes in AAO film properties according
AbstracSealing as a post treatment of anodized aluminum is required to enhance the corrosion resistance by filling nanopores, which allow the penetration of corrosive
1 mars 2024 Two different anodizing films appeared, with regularly ordered cylindrical nano-pores for the group 1 specimens and irregularly distorted nano-pores along with numerous nano-cavities for the group 2
Since 1999, ALUS has been supplying customers with the highest quality products based on its alloy design/casting capabilities and mold design/extrusion expertise. ALUS
29 déc. 2023 This study investigated the formation of oxide films on 6061 aluminum (Al) alloy and their impacts on corrosion resistance efficiency by regulating anodization voltage. Despite advantageous properties inherent to Al alloys, their susceptibility to corrosion remains a significant
30 déc. 2022 Anodization is a representative electrochemical surface treatment method that can improve both heat resistance and corrosion resistance by forming an anodization film on the surface of the aluminum. However, these properties can be changed after an additional heat treatment
In this work, anodizing behavior of 6xxx series aluminum alloys was studied under constant current density and constant voltage conditions in 20% sulfuric acid solution by V-t curves, I-t curves, thickness
1 mars 2020 The aluminum anodization process is an energy intensive process. Besides the anodization step, the sealing step when it involves high temperature sealing in hot water (often at temperatures ≥ 95 °C) is arguably the second highest energy consuming
AbstracSealing as a post treatment of anodized aluminum is required to enhance the corrosion resistance by filling nanopores, which allow the penetration of corrosive media toward the
1 mars 2021 This study improves the plasma corrosion resistance of 6061 aluminum alloy and investigates the reaction mechanism for changes in AAO film properties according to the temperature of the phytic acid bath including phytic acid electrolytes. The evaluations were carried out using field emission scanning electron microscopy (FE-SEM) and
23 janv. 2020 Anodizing improves the corrosion resistance of aluminum and aluminum alloys by the growth of a porous oxide film. Anodic oxidation is an electrochemical method that is conducted in a solution, such as sulfuric acid, oxalic acid, or
Since 1999, ALUS has been supplying customers with the highest quality products based on its alloy design/casting capabilities and mold design/extrusion expertise. ALUS investments in facilities and RD in response to the expanding mobility market, ALUS is growing into a nationally recognized aluminum material/component company with global
27 févr. 2022 Anodizing a simple and effective method to improve the wear resistance of 6061 aluminum alloy. In this study, the microstructure of 6061 aluminum alloy oxide films (AAO) was adjusted
21 mai 2024 Using carbon-based super black coatings on optical devices can achieve superior stray light suppression for applications in astronomy. For the first time, the work presents carbon nanofiber-based black coating on commercial anodized Al (6061), which facilitates the development of a highly effective route to directly integrate the