3 shells
Image by tigerlillyshop via Flickr

BY GIVING his hobby of electroplating an unusual application, Robert E. Parker has gratified a long time desire to reside on a quiet and beautiful island, in an equally beautiful home overlooking Florida waters. Ever since Parker visited Florida, courtesy of the U.S. Navy, during World War II, he had wanted to live there.

However, the pressing demands of making a living and the good job he had as factory manager for Argus Camera Co. in Ann Arbor, Michigan, kept him from his promised land.The dream of living in Florida grew fainter as Parker continued to advance at Argus, and he whiled away his evening hours by electroplating every and anything Mrs. Parker would let him lay his hands on. This hobby was relaxing to him, and his friends got so used to seeing gold and silver plated objects in the Parkers’ home, that they nicknamed Bob, “King Midas” (of the golden touch).

Baby Shoe Bronzing Mini Kit
The electroplating process is one by which a thin coating of metal is imparted to an object by immersing it in an acid solution into which an electrode carrying a low voltage of electricity is introduced. Through the process of electrolysis the acid solution carries atoms of copper or silver, or whatever the plating material happens to be, to the object to be coated, which is usually suspended by a wire in a tank containing the solution.

One day a friend gave Parker a sea shell as a memento of his sea shore vacation. To Parker, the only natural thing was to electroplate the shell. He frankly acknowledges that the first results weren’t satisfactory, so he sent away for more sea shells just to prove to himself that he could do a good job.

Some three dozen sea shells later, Bob produced a shiny and smart looking product from the raw shell. Mrs. Parker decided this silvered sea shell would be the perfect adornment for a new dress, so Bob attached a pin back to the shell, and the germ of an idea that was to prove so successful took hold.

ALTHOUGH Parker didn’t realize it at the time, this one plated sea shell was the start of the formula that made his dream come true. Mrs. Parker’s friends not only admired her sea shell pin, but requested Bob to make similar pins for them.

After he had made and given away more and more of these sea shell pins, the women, who had a feminine desire to be different, asked for variously designed pins. To comply, Parker made silver and gold plated sea shell pins of clusters of shells, unusually shaped shells, and dangling shells.

Not six months had passed, from the time he plated his first shell, until Bob’s friends were urging him to make his electroplating hobby a full time business. At first Parker scoffed at the idea, yet little by little as one good friend after another talked to him seriously about it, he began to yield to the thought. Soon Bob began to day dream of manufacturing his jewelry in Florida, but being a sensible man he decided to get professional opinions before making so drastic a change in his life.

Bob visited jewelry stores, wholesalers, and jewelry distributors, asking for opinions on his shell jewelry. When well over half the opinions were favorable, Parker had all the excuse he needed to switch from managing a camera factory to manufacturing shell jewelry. Exactly six months and two days from the date the first sea shell had been plated, the Parkers moved to Florida and organized the Parker Jewelry Co.

WITH THE aid of his wife, Parker spent the next six months building a production line, constructing storage bins, and making up stock for sale.

The sales plan first adopted by the enterprising Parker Jewelry Co. was to make stock one week, and personally sell it the next week. The novelty and jewelry stores in the Palm Beach area readily, accepted Bob’s product, but sales lagged badly at the retail end.

The Parkers still felt that they had a good idea, and realized that they had to produce different items to stimulate people to buy their product. That is why Parker started plating real sea horses (a sea horse is a semi-tropical fish), small ones for earrings, and large ones for matching brooches. The plated sea horses caught on and the Parker Jewelry Co. was well on the road to success.

Reorders began to pile in so fast that Bob hired a salesman so he could spend all his time manufacturing. Within two years, he asked his father to move to Florida to help him produce toe jewelry.

From their new friends, and their old friends in Ann Arbor, Bob and Helen Parker got ideas. They expanded their line to include not only sea horse and shell jewelry, but pins and earrings of beautifully plated star fish, horseshoe crabs, sand dollars, acorns, sea fans, as well as real four leaf clovers and hickory leaves.

This new product expansion plus the sales expansion created as far north as the New England states by Parker’s salesmen made additional manufacturing space necessary. Because of the constant personal attention required by his business, he and Helen decided to buy a home in which they could incorporate their new factory. Less than a year ago, the Parkers bought the home they always dreamed of at Merritt Island, Florida.

The house is a half mile from the road on palm shaded grounds, where Bob grows the hickory leaves he uses for plating. The porch extends right over the water, and one is able to drop a fishing line straight down. Two large back rooms comprise the factory.

Today, Robert Parker states emphatically that he has all the business he can handle. Expanding, to Bob, is out of the question, because this business of his will always be like a hobby to him. Another reason for not expanding is that his products require much hand work and are not adapted to mass production.

THE PROCEDURE used to plate Parker jewelry is basically similar to that used in the Baby Shoe Bronzing Mini Kit. There are certain variations and additional steps which require infinite patience and experience gained through much practice.

With the exception of plant life, which must be processed while green, all the tiny creatures from the sea are bought in dried form from wholesale suppliers. Each animal must be closely examined for breaks in the skin, which are sealed with glue.

The hollow snoot of the sea horse must also be filled with glue so that the plating solutions will not enter the body. The popular sea horses require one other extra step because their tails are normally straight. Bob moistens the straight tail, curls it, and then dips the sea horse into a rapid drying lacquer bath which keeps the tail permanently curled.

In order that electric current will be carried to the sea horse, Parker inserts a short length of copper wire into the body. The other end of the copper wire is attached to a bus bar (seventeen sea horses at a time are attached to the bar). Parker then dips the sea horses into a liquid plastic solution which forms an air tight seal and thus keeps the body from decomposing.

After drying, the animals are given a bronze coating. This coating makes the entire body electro-conductive, so that an even covering of real metal will adhere to the whole body.

To apply the coating, Parker mixes finely ground bronze powder with a thinner in a pressure spray gun. The purpose of the thinner is to soften the plastic sealer just enough so that the bronze powder will adhere to the body of the sea horse. The nozzle of the spray gun is held six to eight inches from the sea horses, and the gun is moved constantly during the spraying to prevent too much powder from forming in one spot and perhaps obliterating the fine detail of the sea horse.

The thinner dries in about ten minutes and the sea horses are ready for their first electroplating kit bath. The plating bath solution contains a salt of the metal to be deposited. For example, if copper is to be deposited, the solution is usually copper sulfate.

Sea Horse
Image by guppiecat via Flickr

PARKER HAS developed additional agents which he mixes in the plating solution, causing the deposited metal to be bright, rather than the normally dull appearance of plated metals. The importance of these additional agents can readily be understood when one considers the intricate design of such delicate creatures as sea horses. It would be almost impossible to buff the deposited metal to a high luster due to the undercuts and shape of the sea animals.

The bronzed sea horses are immersed in the copper solution, the current turned on, and almost immediately a real copper covering forms on the body. The horses are not removed from the electroplating kit bath until a substantial layer of copper has formed over their entire area.

When removed from the copper bath the sea horse has the properties of copper and Bob is able to solder the jewelry findings right on the sea horse.

Parker then gives the sea horses a dip in a nickel plating bath, forming a protective layer of nickel over the copper, thus keeping the underlayer of copper from oxidizing.

The final coating is either pure silver or twenty-four-karat gold. This final coat is flash plated. In other words, Bob dips the sea horses in either the gold or silver solution just long enough to give the completed article the appearance of an expensively made gold or silver jewelry piece.

A lacquer dip keeps the plated article from tarnishing. Mrs. Parker completes the production process by matching the sea horses for pairs of earrings, storing them, and filling orders.

The Parker Jewelry Co. is now making pins, earrings, necklaces, and charm bracelets, all from former living organisms. Each product is an exact duplicate of the original animal or leaf, and since no two things in nature are ever exactly alike, anyone who buys Parker jewelry can honestly say they have an original, and none else is like it.

Affable Bob Parker is always open to suggestions and willing to plate anything. I’m just wondering whether my speed graphic camera would have become copper or silver if I had mistakenly left it at his home after my most informative visit.

By George B. Hogaboom.
(Secretary of the National Electroplaters’ Association.)
Transactions of the American Electrochemical Society
1911

Electroplated Silver Tea Pot, early 20th century
Image by Chemical Heritage Foundation via Flickr

There has existed for such a long time a separation of the practical plater using electroplating kits and the electrochemist that it is a pleasure to present this paper, as suggested by your secretary, and it is hoped that the practical end of electroplating, as represented by the National Electroplaters’ Association, and the scientific end as represented by this Society, will be brought into a closer relation. As is well known, electroplating was the beginning of the science of electrochemistry, but it has lingered by the wayside and been neglected as a science, and today the unsolved problems are many.

Electroplating has been looked upon more as a trade than a science, and it is only during recent years that much study has been given to it by scientists, and that attention has been directed more to the electrolytic refining of metals than to the deposition of metal for decorative purposes. The solutions published by Roseleur in 1854 have been improved upon but little, and those who have published treatises upon the subject often give only a repetition of his formulas. Nickelplating, as invented by Dr. I. Adams, is probably the only exception.

The field is broad, but its development has been left to the practical man, guided only by “rule of the thumb.” An electrochemist in the plating room of a factory is so rare that it probably can be said without fear of contradiction that they can be counted on the fingers of one’s hands. The need today is mutual assistance in solving these problems and developing of new ideas. To a great extent they are “useless each without the other”— the plater producing results which he cannot duplicate—the electrochemist creating solutions that are not a commercial success.

So many phenomena have been encountered that to include the perplexing problems would necessitate a history of nearly every known solution and finish. The varying of the temperature and the electric current often prove a stumbling-block, and these conditions cannot always be controlled. There is a vast difference between producing a homogeneous deposit at a minimum cost from a solution where the amount of cathode surface is being changed every twenty minutes, and a solution in which the amount of cathode surface is always the same and the rapid deposit of the metal is more desired than a deposit that can be easily burnished. Such would be the difference, for instance, between the surface of a sheet of electrolytic copper and that of a cast lead and antimony electrolier with its deep reliefs and where a coarse crystalline structure would destroy its beauty. In the discussion of electroplating problems, it must be borne in mind that a mere deposit of a metal is not all, but that the deposit must be soft and smooth and lend itself to a decorative process; the anodes should be capable of being reduced easily; the electrolyte must offer little resistance to the electric current, and, last, but not least to the plater, who hears it so often that it becomes a part of him, the cost must be nominal.

The automobile industry has brought about, more than anything else, the need of a heavy deposit of brass. At present this is done in solution of cyanide of Cu and Zn. The deposit is not only slow, but unsatisfactory, because of what is known as “spotting out”—a discoloration in spots which appears on the work after it has been polished and lacquered. Deposits on cast metal give the most trouble. It is probably caused by the acids or alkaline solutions being absorbed in the pores of the metal, or in the small blow-holes, and the deposit covering these holes partially, leaving minute holes through which the solution oozes out. Several remedies have been suggested and tried, such as boiling out in some neutralizing chemical solution, placing in a drying oven for several days, but a satisfactory remedy has not been found.

An acid brass solution would be a great advantage. There is an acid copper and an acid zinc solution, but no acid brass electrolyte. The difference between the deposit from a cyanide and a sulphate of copper solution well illustrates the advantage of having an acid brass solution.

Tin.—The formula for a tin solution published by Roseleur is the most generally used today, as little, if any, improvement has been made upon it, although a good solution which would give a heavy deposit is much desired. In Roseleur’s solution the electrolyte is not replenished by the anode, but by the constant addition of a concentrated solution. This should be overcome, and would be appreciated by manufacturers of tinware.

Aluminum.—While several solutions have appeared from time to time for plating upon this metal, none of them are in general use, and a good electrolyte that would deposit gold, silver, brass or copper so that it would stand burnishing and not peel off in time could be used.

Nickel.—The successful removal of a deposit of nickel from another metal without affecting the latter has not been accomplished.

To give all the unsolved problems in detail would make a lengthy paper, and a simple statement of those most desired will be given:

An electrolyte that will remove the fire-scale from brass; also one that will produce a bright or a matte surface in place of using the present acid dips.

An electric cleaner that will saponify the grease and take it into solution instead of driving it to the top, where it has to be constantly removed to prevent it adhering again to the work as the latter is removed from the solution.

A heavy deposit of lead on the inside of iron pipes, to prevent rapid corrosion.

A method to coat electrogalvanized iron or steel with decorative metals without destroying the rust-resisting properties of the zinc.

An alkaline nickel-silver solution that can be worked with a low voltage.

A method of etching steel without destroying a resistance film of gelatin.

Some alkaline substance that would replace cyanide of potassium. This would be universally welcomed.

For the above suggestions, the writer is indebted to 100 different platers, who were kind enough to answer a request for unsolved problems. It may be interesting to note that 80 percent of them requested an acid brass solution.

Do you love your car, truck, or motorcycle?  Does seeing people turn their heads to look at your car, truck, or motorcycle put a smile on your face?  Would you like to attract more attention to your car, truck or motorcycle?  If you answered yes to any of the above, then you need to know how gold plating can really draw attention to your car or motorcycle.

What is gold plating?

Gold plating is a process that bonds real gold to other metals.  The most common types of metals used for gold plating include the following: copper, silver, and chrome.  The process involved in gold plating can be quite complex and should be left up to a professional. Many people have chosen to have parts of their car or motorcycle gold plated, to give it an even more striking appearance.

If you decide to have parts of your vehicle gold plated, there are several things you need to evaluate, before the process can be done.  Before anything on your vehicle can be gold plated, it should meet the following criteria:

  • No damage
  • No rust
  • No dents
  • No deep scratches
  • Not broken

As long as all the parts on your car, truck, or motorcycle are in good shape, you can have them gold plated.  A lot of people have gold plated emblems and trim on their cars or trucks.

Some people have their rims and grilles gold plated.  On trucks you could gold plate your running boards or side pipes.  When it comes to motorcycles, you have many more options.  Because most motorcycles have more chrome and exposed metal engine parts, you can be extremely creative with your gold plating desires.

How long does gold plating last?

As long as you take your vehicle to a reputable professional, the gold plating job should last the lifetime of the vehicle.  Because of its properties gold does not oxidize (rust.)  Gold also doesn’t corrode.

In reality, any vehicle parts you have gold plated will probably last longer than if they hadn’t been gold plated.  The gold plating will only last if you adhere strictly to the care instructions that you are given by the professional once the job is done.  If you don’t heed the care instructions, then there is no guarantee on how long the plating will last.

In order to keep your gold plated vehicle pieces in optimal condition, you should follow these guidelines.

  • Avoid abrasive cleaners of any kind.  The abrasive substances will scratch the gold.
  • Avoid high speed buffers.
  • Never use steel wool on your gold plated parts
  • Never wax your car with wax which contains abrasives.  Also, avoid using hard paste wax.
  • If you take your vehicle to a car wash, only use brushless car washes.  The brushes at car washes are very powerful.  They hit your vehicle with a great amount of force and speed and in turn can wear down the gold.
  • Never use jewelry cleaner on the gold on your vehicle.

In addition to these tips, you should always adhere to the care instructions given to you after the gold plating is done. If you get some looks now as you drive or ride by, imagine how many more looks you’ll get as people catch a glimpse of fancy gold on your vehicle.  Gold plating vehicle parts can be a fun way to express yourself and turn more heads as you drive or ride by.