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  • Guest Blog: Import Penetration Still Outweighs Reshoring Trend
    Posted by Reg Tucker • 02 April 2013
    BY MICHELE NASH-HOFF. In January, the U. S. Business and Industry Council released a report, "Import Penetration Rises again in 2011; Challenges Manufacturing Renaissance, Insourcing Claims,"...
    tags: U.S. manufacturing,  imports,  reshoring
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  • Making Reviews Worthwhile for Employees and Managers Alike
    Posted by Reg Tucker • 05 March 2013
    BY MARKO DUFFY. It’s a new year, and if you’re like me you’re absolutely giddy over the excitement of starting another round of meaningful and impactful performance reviews...
    tags: Performance appraisals,  employee reviews,  continuous improvement
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  • Automotive OEMs Are Riding the 'Wave'
    Posted by Reg Tucker • 02 February 2013
    Coming off a year which saw a rally in both automotive production and sales – mostly evident in the US and China – it’s not surprising to see that momentum course through the entire ...
    tags: automotive parts suppliers,  OEMs,  powertrain,  engine components
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  • Guest Blog: What a Plater Thinks of Masking for High-Tech Applications
    Posted by Reg Tucker • 18 December 2012
    By Marko Duffy. This is how we platers think it goes…An engineer calls his co-workers over to his cubicle to show the latest device he’s created—an intelligent, innovative work of t...
    tags: electroless nickel,  masking,  profits
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Ask The Expert

Rectifiers, Rectifier Controls
Peter van Gorp is the Technical Manager for Rectifiers and related products for American Plating Power, LLC. As a cofounder of the company, Peter is responsible for the production and test management of...

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Features

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Downloads

  • Nano-crystalline Sn-Co-X Alloy Alternative to Decorative Chromium Plating
    The nano-crystalline Sn-Co-X(M13) plating alloy coating, intended as a alternative to decorative chromium, shows similar color and excellent corrosion.
  • The Right Surface Preparation for Electronic Components
    As a knowledgeable metal finisher who understands the potential detrimental effects of both ionic and non-ionic residue, you can be the solution, not the source of the problem. Metal finishers who supply parts to electronic assemblers can be good partners by recognizing the importance of adequate contaminant removal.
  • Zincate- or Stannate–Free Plating
    For more than 80 years now the most generally accepted process for the preparation of aluminum and it alloys for plating has involved the use of a “zincate” or “stannate” processing solution. Environmental issues relative to the use of these processes are becoming more and more of a problem. The process itself is long and involved and will differ from one alloy to another. This article presents a much more environmentally acceptable alternative that is considerably easier to work with, gives far more consistent results and is more cost effective.
  • Electroless Nickel/Immersion Silver—A New Surface Finish for PCB Applications
    This paper expands on the work conducted in 2010’s “A New Surface Finish for the Electronics Industry [2].” Process flow and the associated chemical steps will be discussed to alleviate concerns of fabrication difficulties. This work will detail additional performance characterization and discuss the surface finish performance on a production scale. The test data presented will include solderability, tarnish and corrosion resistance, aluminum wire bonding and contact performance.
  • Self-Healing, Chromate-free Conversion Coating for Magnesium Alloys
    Magnesium and its alloys are increasingly being used in a wide range of applications, from aircraft to motor vehicles to consumer electronics because of the low density, high specific strength and stiffness [1-5]. However, since magnesium exhibits high chemical and electrochemical activity, its alloys suffer from poor corrosion resistance, often leading to structural or mechanical failure. Magnesium corrodes rapidly when exposed to salt water, moisture or acidic liquids or gases. Many methods have been used to protect magnesium alloys by inhibiting corrosion or slowing down the reaction mechanisms, including use of conversion coatings, anodizing, electroplating and addition of corrosion inhibitors.
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