Throughout this nation’s history, it has been the inventive mind that has developed the ground-breaking technology that has taken us from the dunes at Kitty Hawk to the moon and beyond. While many high-tech discoveries are made in commercial laboratories or through research at major universities nationwide; some of the most amazing discoveries have been made in small, one-man shops where tinkering is more than a pastime; it is a passion.

Photo courtesy of R. Harris, Hydrogen Technology Today

During the early 19th century, such notable minds as Michael Faraday, André-Marie Ampère, and Hans Christian Ørsted were making impressive discoveries related to the laws of electricity and magnetism. Some 20 years later, an English theoretical physicist and mathematician named James Clerk Maxwell took the existing knowledge from this field of experimentation and expressed it into the four fundamental equations known as Maxwell’s equations. At the time no one grasped the importance of his work. However, Maxwell’s equations have made an extraordinary impact upon our lives today. Through Maxwell’s equations we enjoy the benefits of electric generators, motors, the telegraph, the telephone, radio, TV and many more of what we consider essential items for daily lives.

A listing of similar individual achievements would be far too extensive to illustrate and therein lies the hope of this nation’s future. While many huge corporations and the government are pouring billions of dollars into the search for alternative fuels and energy, it may well be a lone individual tinkering on a workbench in the corner of a small garage that develops the next ground-breaking leap forward.

Many experts are focusing their efforts to develop the next sustainable fuel source by separating hydrogen from water, the most plentiful source on the planet. One possible solution to separating the H from the O in H2O is the Joe Cell, a device that has a vocal cadre of both supporters and detractors. While the concept is generally known, the exact formula has not been perfected; so many people are trying their hand at fine tuning the concept of using electrically charged stainless steel plates submerged in water to stimulate the separation and capture of the hydrogen gas. The person who discovers the perfect combination of plate size, proximity and electrical charge will have the world beating a path to their door, if it is indeed an achievable process. Fortunately inventors are not prone to listening to their detractors and the spirit of Orville and Wilbur Wright lives on in the hearts of many.

A quick search of the Internet will produce many testimonies from believers in the system, as well as various takes on the best way to make a cell. Many have videos demonstrating their cells in use, but none have proven viable enough to be accepted as the ultimate solution, so the door is still open. All you need is some stainless steel (preferred because of the corrosive nature of some water with high-mineral content) , a workbench and an inventive mind.

Quickshipmetals.com is pleased to sell products to some of the industry’s leading companies in the field of solar power and alternative fuel research. QSM has all the stainless steel you’ll need for even the most elaborate concept, and they’ll cut it to size so you don’t have to waste time with that part of a project. We’re happy to assist with the next green fuel solution, just call us at 1-888-334-2177.

Quick Ship Metal's circle shear slowly turns out another perfect copper circle.

Quick Ship Metal's circle shear slowly turns out another perfect copper circle.

No matter what size, shape or physical profile of copper cut you may need, Quick Ship Metals can make it happen fast and to exact specifications. This capability now includes a circle shear machine that produces perfect copper circles and rings.

Copper circles are commonly used for a variety of crafts and metal art, including metal spinning of ferrules, bowls, cups or most anything round. Copper circles are also used as fence post caps, heat diffuser plates, pipe-end caps and as round plates used in tube heat exchangers.

Other industrial uses for copper gaskets include heat exchangers, compressors, condensers, pumps, valves, and general industrial applications in all sizes & shapes.
According to plant industrial engineer, Steve Crumley, “QSM’s circle shear works like a giant can opener, slowly turning a piece of square copper sheet while heavy pressure is applied to the round cutting wheel. For thicker copper sheet, several revolutions may be required to insure a precise, even cut.”

Crumley adds, “by cutting a 35” circle, then readjusting the Circle Shear to cut a 33” circle from the original, you end up with a 35” ring, or washer up to 1/8” in thickness, and that’s a pretty serious washer!”

For fast-order response for these common uses, QSM stocks a wide range of copper circles from 3-1/2” to 35” in diameter, cut from copper sheet from .002” (20 gauge) to .125” (8 gauge) thick.

QSM also produces made-to-order copper circles for a wide variety of industrial and electrical applications, but many are destined for arts and crafts projects such as enameled copper jewelry, wind chimes, or this run of copper coins that the Shivley family had stamped to commemorate a 10-year anniversary. Smaller diameter circles are produced by a machine that punches circles out in diameters of 1″, 2″, 2-1/4″ and 3″ sizes that are ideal for many creative metal projects.

The circle shear machine is just one part of the overall capability QSM maintains to provide custom cutting, shaping, punching, milling and plating of copper to meet the most diverse customer requirements and production schedules.

When you need copper, call the experts at Quick Ship Metals. They’ll give you a great price on copper circles, without giving you the run around!

This beautiful piece of embossed copper art was created by Sheri and Ralph Meldrum. It was embossed then painted in oils, and is available at their Web site: http://www.sherimeldrum.com/new.html

By Frank Ross

Tooling is a process used to create designs in thin sheets of relatively soft metals such as copper. This can be done by several methods including embossing, pressing or stamping objects into the metal, transferring by overlaying and rubbing, and using various tools to dent, pierce or and hammer a design or shape.

Since the Bronze Age, copper has been a popular metal because it is soft and easily stretched and molded. Copper has similar tooling properties to gold and silver, but it’s far less expensive. The thickness most often used for this is 36-gauge, which is several times thicker and stronger than aluminum foil found in any home kitchen. Thicker copper sheeting can also be tooled, but they require greater force and are more challenging to cut. Foils are thin and conform to shaping and embossing with little force. Copper and brass foil can be readily cut to the desired size with a pair of household scissors or a utility knife.

A metal’s relative softness or stiffness is due to its temper. Tempering is a heat treatment designed to make metal more durable. Metal with a harder temper will feel thicker even though it measures the same as a softer metal. Metals with a higher temper will also be more resistant to tooling and shaping.

Copper foil is shipped in a roll while sheeting is shipped flat. Ripples or folds resulting from rough handling can be flattened by rolling the foil with a smooth rolling pin or piece of PVC pipe on a completely smooth surface such as a countertop or glass table.

To make an impression in the copper foil, place the metal on a soft surface such as a piece of foam, several thickness of soft cotton towels or a soft rubber matt. A stack of newspapers will also work, but not as well because it just doesn’t give as well when trying to create deep impressions. Metal art created in this manner are often referred to as a “copper relief.”

You can either tape a paper sketch onto the copper for a pattern, or make a rough sketch of your intended work with a soft-tip erasable marker. This will be the backside of your work. If you sketch your pattern, rub some wax paper lightly across the backside of the metal to be tooled. This will make your tools glide more smoothly when working the surface. Be sure not to get wax on the front side of your work because that will affect the patina of the copper. Following your outline, press down firmly with a blunt tool or ‘stylus’ to indent the metal and check to see if the desired embossed effect has been achieved on the reverse side. If you desire a higher relief, carefully repeat the process until the correct height is achieved. Blunt tools or styli are used to avoid accidentally poking a hole in the metal.

Your finished copper relief can be easily colored or darkened with prepared patinas. Also, by brushing paint or stain over the metal a similar effect can be obtained, but those are subject to being fragmented or chipped off with rough handling.

Another treatment consisting of buffing of the high lights with an abrasive pad gives an antique appearance.

As a piece of copper or brass is worked it will become stiffer. For high relief pieces that may be easily dented you’ll want to consider filled them with plaster from the back so they will not become damaged by handling. Another option for shallow relief pieces is to use hot glue, candle wax or paraffin will work if the finished work will not be placed in the sun or a hot environment.

Stamping, punching and piercing are very similar techniques that involve striking a tool against the metal with a mallet or hammer. Stamping leaves only an impression while punching and piercing produce a hole in the metal. You may be familiar with the most commonly available stamps for creating impress in metal; punches or stamps for numbers and letters. Without much effort, you should be able to obtain a variety of tools that create many different shapes and designs from commercial sources as well as improvised objects around your home or work area. In the early years of our nation’s history lanterns, boxes and pie safes were created with intricate stamped and pierced designs using only a screw driver, an awl or similar tool. Experimentation is always the key to innovation.

Create your own drawing and use that image to emboss your copper foil or sheeting.

Create your own drawing and use that to emboss your copper foil or sheeting.

Rub-transfers are another excellent option for creating intriguing designs by tooling metal. Designs and textures can be rubbed from many ready available things. Any raised surface with a design, from a coin to a piece of embossed jewelry can be placed under the copper sheet and transferred by rubbing or burnishing the metal over the object of choice with a rounded tool. Be creative in your thinking. The bark of a tree, a rubber stamp in your office desk, plant leaves, natural or any object with an irregular surface has the potential to add interest to a copper relief. The amount of pressure required to obtain a successful transfer will depend on the intricate detail of the object or texture that you have chosen to transfer.

Hammering a metal surface is also known as Repousse (pronounced rep-o-zay). By repeatedly pinging the metal with a dome shaped or balled peen hammer from the reverse side you can create a high relief shape in the obverse. Hammering can be used on thinner metal but care must be taken because working the metal too much makes it hard, brittle and therefore more likely to tear. By hammering metal repeatedly, you create a pebble-like texture that can be burnished out by rubbing it forcefully with a round, hard object. A wooden ball works well. For larger pieces, thicker metal is used so it can withstand much more hammering. However, there is always a trade off. Once the thicker metal becomes brittle it must be heated to a red hot temperature and quenched in a process known as annealing.

Brass is another option for tooling. It is a more tarnish resistant alloy of copper and zinc with an attractive gold-like color. It has similar properties for tooling compared to copper, although it is a bit stiffer to work with.

The best way to learn about working with metal is to do it, and there is no time like the present for starting a project. Quick Ship Metals has all the copper and brass foil and sheeting you’ll need.

For all your copper or brass foil or sheeting needs, shop QuickShipMetals.com online or give them a toll-free call at 1-800-334-2177.

To see more of Sheri and Ralph Meldrum’s work, it’s available online at http://www.sherimeldrum.com/new.html

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