Electroplating
Bipolarity in Plating
What causes bipolar electrodes and when might they be used in a plating process?
Read MoreNickel Plating Problem
We have six Watts nickel plating tanks, all of which are giving brittle, hard deposits. We have been able to partially solve this problem by diluting the baths 30% by volume. What can we do to solve it on a more permanent basis?
Read MoreNanotechnology Offers Hard Chrome Alternative
Nanotech cobalt alloy coatings offer hard chrome alternative
Read MoreNotes From the Field
User experience with an organically stabilized electroless nickel process
Read MoreThe Nesting Problem
Our plating shop plates many small parts in barrels. Many of the parts tend to stick together or nest. How can we minimize this problem?
Read More12 Ways to Reduce Water Consumption
Save water, save money in your cleaning processes with these common-sense tips
Read MoreGetting Better All the Time
Trivalent black passivates currently in use reflect the great strides made in appearance, corrosion protection, and solution life. All these are improved and the processes are a little more like the old two-part hex black. However, they still employ multiple additives and controllers to maintain the solution.
Read MoreNickel and Cooking Surfaces
What do you know about nickel plating regulations on cooking surfaces in Europe? Where can I get a copy of the regulations and tests being done, if any?
Read MoreDistinguishing Acid, Alkaline And Cyanide Zinc Deposits
I need a fast, easy way to determine if a zinc deposit is plated from an acid, alkaline or cyanide plating bath. Do you have any suggestions?
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