Electroplating
Hardwood Line Changes Paradigm for Plating Small Parts
Its prototype is a lithium ion battery-powered barrel with special gearing.
Read MoreChanges Bring Out the Best for Plating Shop
Arizona’s CRC Surface Technologies Improves Performance, Profits with Management Changes
WatchA Conversation With ... Frank Altmayer, AESF Technical Education Director
Altmayer is a Master Surface Finisher, an AESF Fellow and technical education director of the AESF Foundation and NASF.
Read MoreImpact of Intermetallic Species on Cast Aluminum Alloys for Anodizing Applications
Alloys with higher silicon concentrations can inhibit the growth of anodic oxide films under galvanostatic and potentiostatic conditions.
Read MoreHow to Select the Right Heater for Your System
When selecting equipment to operate a process lines, Edward Dulzer from Process Technology says there is a wide variety of products to choose from.
Read MoreHow to Ensure Topcoat or Sealer Maintains Corrosion Resistance
Adam Blakeley with MacDermid Enthone Industrial Solutions says there are six crucial parameters for proper application of sealers.
Read MoreDynamix Adds Stewart to Sales Team
The company, based in Markham, Ontario, Canada, designs and manufactures specialty chemicals for the metal plating and general metal finishing industries.
Read MoreLoan Helps Carolina Metal Finishing Create Jobs in South Carolina
Facility supplies contract services for metal parts cleaning, assembly, industrial painting and powder coating.
Read MoreThe Relationship Between Vickers Hardness and Universal Hardness
The Vickers indenter hardness test, based on indenter displacement under test load (universal hardness), is being used for an increasing number of applications. The new method is also subject to much discussion among the experts. An important question is the relationship or the degree of correlation between the new universal hardness test and the classic Vickers hardness test.
Read MoreEvaluation of a Simple Thin-Film Ductility Tester and Review of the Ductility of Nickel Sulfamate Deposits
Originally published in 1992, this paper addressed a critical issue in the science of electroforming, that of the measurement and control of deposit ductility.
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