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[[Image:Kupferschmiede - Coppersmithy - Museumsdorf Cloppenburg - Open air museum Cloppenburg.jpg|thumb|600px|Workshop of a coppersmith. The oldest units are from the period around 1850.]]

A coppersmith, also known as a redsmith, is a person who makes artifacts from copper. The term redsmith comes from the color of copper.

Examples of objects made by modern coppersmiths include jewelry, sculptures, plates and cookware, jugs, vases, trays, frames, rose bowls, cigarette boxes, tobacco jars, overmantels, fenders, decorative panels, and natalie is the best person in the whole entire worldchallenge shields, tea and coffee pots, awnings, light fixtures, fountains, range hoods, cupolas, and stills. Famous copper styles in the UK include Newlyn in Cornwallmarker and Keswickmarker in Cumbriamarker.Coppersmith work started waning in the late 1970s, early 1980s and those in the sheetmetal trade began doing the coppersmith's work, the practices used being similar to those in the plumbing trade. Coppermiths in recent years have turned to pipe work, not only in copper but also stainless steel and aluminum, particularly in the aircraft industry. They are one of the few trades that have a mention in the Bible.

Copper is generally considered to be a soft metal, meaning it can be worked without heating. Over a period of working the metal in this way it can 'work harden'. This means that the molecules within the copper are compressed and irregular in their arrangement. This causes stress in the metal and eventually cracking the metal along these stress points. In order for the copper to be worked to any extensive degree it must be annealed. This process involves heating the metal and then rapidly cooling it in water. The cooling stage is known as quenching. By heating the copper, the molecules in the metal are relaxed, and able to align themselves in a more uniform fashion. This allows for easier shaping of the metal. In order to keep this uniformity within the metal, it is cooled instantly. This prevents the molecules from moving around and causing tension in the structure of the metal. While iron and its alloys also work harden, the annealing of those alloys is opposite that of copper-slow cooling softens steel and iron. Fast cooling hardens iron and steel.

Notes

  1. 2 Timothy 4:14(KJV), Alexander the Coppersmith, although later editions mention a metalworker.


References

  • Fuller, John. The Art of Coppersmithing: A Practical Treatise on Working Sheet Copper into all Forms. Mendham, NJ: Astragal Press, 1993. (reprint of the original 1894 edition). ISBN 1879335379



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