wrought steel - significado y definición. Qué es wrought steel
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Qué (quién) es wrought steel - definición

IRON ALLOY WITH A VERY LOW CARBON CONTENT AND WITH FIBROUS SLAG INCLUSIONS
Ornamental iron; Wrought Iron; Bar iron; Wrought-iron; Wroght iron; Wrought iron furniture; Rot iron; Rod iron; Wrought iron casting; Aston process; Wrought ironwork
  • ferrite]]
  • The puddling process of smelting iron ore to make wrought iron from pig iron, illustrated in the ''Tiangong Kaiwu'' [[encyclopedia]] by [[Song Yingxing]], published in 1637.
  • Schematic drawing of a puddling furnace

Honing steel         
  • language=en}}</ref>
  • Common steel for use in households
  • Small honing steel for outdoor activities
ROD OF STEEL, CERAMIC OR DIAMOND COATED STEEL USED TO REALIGN BLADE EDGES
Butcher steel; Sharpening steel; Steeling; Knife steel; Sharpening rod; Honing rod; Whet steel; Sharpening stick; Butcher's steel; Chef's steel
A honing steel, sometimes referred to as sharpening steel, whet steel, sharpening stick, sharpening rod, butcher's steel, and chef's steel, is a rod of steel, ceramic or diamond-coated steel used to restore keenness to dulled blade edges. They are flat, oval, or round in cross-section and up to long.
Steel design         
AREA OF STRUCTURAL ENGINEERING USED TO DESIGN STEEL STRUCTURES
Steel Manual; Steel manual; Structural Steel Design; Structural steel design
Steel Design, or more specifically, Structural Steel Design, is an area of structural engineering used to design steel structures. These structures include schools, houses, bridges, commercial centers, tall buildings, warehouses, aircraft, ships and stadiums.
Steeling         
  • language=en}}</ref>
  • Common steel for use in households
  • Small honing steel for outdoor activities
ROD OF STEEL, CERAMIC OR DIAMOND COATED STEEL USED TO REALIGN BLADE EDGES
Butcher steel; Sharpening steel; Steeling; Knife steel; Sharpening rod; Honing rod; Whet steel; Sharpening stick; Butcher's steel; Chef's steel
The deposition of iron on copper plates by electrolysis. In electrotyping a thin deposit of iron is thus given the relief plates before printing from them. The deposit is very hard and exceedingly thin, so that it does not interfere with the perfection of the impression in the printing process. As the iron becomes worn it can be dissolved off with hydrochloric acid, which does not dissolve the copper, and a new deposit can be given it. Thus the plate may last for an indefinite number of impressions. The iron bath may be prepared by immersing in a solution of ammonium chloride, two plates of iron, connected as anode and kathode in a circuit. One plate dissolves while hydrogen is given off from the other. The solution thus produced is used for a bath. The hardness of the deposit, which is really pure iron, gives the name of "steeling." Synonym--Acierage.

Wikipedia

Wrought iron

Wrought iron is an iron alloy with a very low carbon content (less than 0.08%) in contrast to that of cast iron (2.1% to 4%). It is a semi-fused mass of iron with fibrous slag inclusions (up to 2% by weight), which give it a wood-like "grain" that is visible when it is etched, rusted, or bent to failure. Wrought iron is tough, malleable, ductile, corrosion resistant, and easily forge welded, but is more difficult to weld electrically.

Before the development of effective methods of steelmaking and the availability of large quantities of steel, wrought iron was the most common form of malleable iron. It was given the name wrought because it was hammered, rolled, or otherwise worked while hot enough to expel molten slag. The modern functional equivalent of wrought iron is mild steel, also called low-carbon steel. Neither wrought iron nor mild steel contain enough carbon to be hardenable by heating and quenching.: 145 

Wrought iron is highly refined, with a small amount of silicate slag forged out into fibres. It comprises around 99.4% iron by mass. The presence of slag can be beneficial for blacksmithing operations, such as forge welding, since the silicate inclusions act as a flux and give the material its unique, fibrous structure. The silicate filaments in the slag also protect the iron from corrosion and diminish the effect of fatigue caused by shock and vibration.

Historically, a modest amount of wrought iron was refined into steel, which was used mainly to produce swords, cutlery, chisels, axes, and other edged tools, as well as springs and files. The demand for wrought iron reached its peak in the 1860s, being in high demand for ironclad warships and railway use. However, as properties such as brittleness of mild steel improved with better ferrous metallurgy and as steel became less costly to make thanks to the Bessemer process and the Siemens–Martin process, the use of wrought iron declined.

Many items, before they came to be made of mild steel, were produced from wrought iron, including rivets, nails, wire, chains, rails, railway couplings, water and steam pipes, nuts, bolts, horseshoes, handrails, wagon tires, straps for timber roof trusses, and ornamental ironwork, among many other things.

Wrought iron is no longer produced on a commercial scale. Many products described as wrought iron, such as guard rails, garden furniture, and gates are made of mild steel. They retain that description, because they are made to resemble objects which in the past were wrought (worked) by hand by a blacksmith (although many decorative iron objects, including fences and gates, were often cast rather than wrought).