Anodizing Basics for Aluminum and Aluminum Alloys

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Understanding process-mechanism-base metal connections enables the development of anodizing strategies for optimized oxide structures that are tuned to meet design and application requirements.

This brief overview of anodic oxidation is comprised of three parts: anodizing circuit, oxide growth, and anodizing strategies. A virtual picture of the anodizing circuit is developed to help understand the reactions that occur at the anode, in the electrolyte, and at the cathode. The basic mechanism for anodic oxide growth connects the microstructure of the substrate to the oxide structure. Understanding process-mechanism-base metal connections enables the development of anodizing strategies for optimized oxide structures that are tuned to meet design and application requirements.

Agenda:

  • Anodizing circuit
  • Oxide growth
  • Anodizing strategies

Presenter 1:

Dr. Judy Runge

President, CompCote International, Inc.

Dr. Judy Runge is a metallurgical engineer and surface scientist specializing in the surface treatment and interfacial science of aluminum and its alloys. She has over 40 years of experience in commercial industry, government technical research and academia. Her career focuses on materials engineering problem solving and consulting that utilizes her expertise as a surface scientist and manufacturing process specialist, providing failure analysis and metallurgical support to the aluminum finishing industry.

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