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Showing 121 – 130 of 126 results
Article Published on 5/18/2011
2011 Washington Forum Wrap-up

Once again, the attendees - more than 100 participants and over 25 speakers - were given straight talk and found that the elections of 2010 had spawned a new climate in Washington, more receptive to promoting industry.

Whitepaper Published on 12/15/2015
Application of Dynamic Impedance Measurements for Adsorbed Plating Additives

The 1986 AES Gold Medal Award was given to J.C. Farmer and H.R. (Rudy) Johnson for the Best Paper appearing in Plating and Surface Finishing in 1985. Their work presents important work on electrochemical impedance measurements, then a new technique in analyzing how plating baths and their additives work.

Whitepaper Published on 1/20/2015
Manufacturing of Electrocatalytic Material for Large Scale Hydrogen Production by the Combination of Electroplating, PVD, Thermochemical Diffusion and Leaching Processes

This paper is a fine example of the multitude of ways that surface finishing can be brought to bear in process development. In this case, a combination of processes is applied to large scale hydrogen production.

Article Published on 10/1/1999
Choosing VOC Control Equipment

What you need to know...

Whitepaper Published on 10/16/2015
The Behavior of Intermetallic Compounds in Aluminum during Sulfuric Acid Anodizing Part 2: Al-Cu, Al-Mg, Al-Si, Al-Ti, Al-Fe-Si, Al-Zn-Mg Alloys

The 1971 Carl E. Huessner Gold Medal Award was given to J. Cote and co-workers for the Best Paper appearing in Plating or the AES Technical Proceedings in 1970. Actually a two-part paper beginning in 1969, the second installment of the paper from 1970 is republished here in a series on the AES/AESF/NASF Best Paper Awards. Their work presents very important work on how the anodizing process reacts with the other materials alloyed in with commercial aluminum grades.

Article Published on 7/13/2011
Improvement of Corrosion Resistance of Magnesium by Anodizing in Alkaline Electrolytes

Results show that the novel organic additive reduced the sparking voltage and provided a relatively smoother surface.

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