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Powder coating remains the fastest growing industrial finishing method in North America, currently representing about 15 percent of the total market. About 5,000 industrial finishers in North America apply powder to a countless array of products for a high quality and durable finish, resisting scratches, corrosion, abrasion, chemicals and detergents. The powder coating process also maximizes production, cuts costs, improves efficiency and offers maximum compliance with environmental regulations.
How one company is prospering by providing flexible e-coat capability to Nissan and other customers.
This paper is a re-publication of the the 2nd William Blum Lecture, presented at the 47th AES Annual Convention in Los Angeles by Dr. A. Kenneth Graham, 1959 AES Scientific Achievement Award recipient. While Faraday's Law had long been applied to electrodeposition processes, Dr. Graham took it a step further, considering its usage in the electrocleaning of various metal substrates in terms of electrical charge passed during the cleaning operation.
In our first paper this month, featuring the latest work from AESF/NASF Research, the rotating cylinder Hull cell (RCH) was used to study the behavior of a Ni-Mo-W plating bath. Originally published in 1993, this second paper outlines the basic concepts and work behind the development of the RCH cell.
Wastewater from plating facilities contains contaminants such as heavy metals, oil and grease and suspended solids at levels that might be considered environmentally hazardous . . .
At Fort Wayne Anodizing it's not how it's made; it's how it's made to last...
From time to time, it has been our intent to present seminal papers from past issues of NASF/AESF journals that are of such significance that, decades later, they bear another look. As Einstein is associated with relativity, Drs. Conway and Bockris are synonymous with theoretical electrochemistry. This paper is in large measure, the result of Project #16, and, as the authors modestly describe it, is “an attempt to describe to the electroplater who understands the basic ideas of electrochemistry, what is being done in research on fundamental electrode processes.” This “attempt” did rather well.
Abrasive products are usually categorized as bonded abrasives and coated abrasives, but there is a third category that prepares and applies a final finish to the surface, these are non-woven abrasives . . .
This article is a re-publication of the 18th William Blum Lecture, by Dr. Joseph B. Kushner, presented at the 64th AES Annual Convention in Los Angeles, California, on June 27, 1977.
