Alloying of metals can be done to
a. Prevent rust(corrosion)
Ex. Chromium and nickel added to iron to form stainless steel. The chromium can form an oxide layer that can prevent iron from oxidise(rust). Suitable to make fork, spoon, and others.
b. To make it harder (hard to shaped)
Ex. Carbon is added to Iron to form steel. Steel is very hard, however brittle also. Suitable to make bridge, cars body, pipe and etc.
Ex. Aluminium is very light but very malleable. When it is added with copper and magnesium, it form duralumin. It is very hard, withstand corrosion and light. Its suitable to make an airplane body.
c. To improve the appearance
A normal metal usually gets dull when it exposed to air, water and uv light in a long time. To create an attractive surface and look, metal such neckel and chromium were added. Ex. Nickel were added to copper to form an alloy named cpro-nickel such alloy were used to make coins attractive and shiny.
CS refers to Carbon steel where the main alloying constituent is Carbon. It has low or trace amount of other alloying constituents. CS is cheap and has good strength and hardness and can be used for basic tooling applications. HS or HSS refers to High-speed steel where alloying constituents other than Carbon such as Tungsten, Molybdenum, Cobalt and Chromium are used in higher amounts. HS is more expensive and can withstand higher temperatures without losing its hardness. This enables HS to be used in high-speed tooling applications.
yes they are metals
Noble metals and precious metals can be the same thing. Noble metals are known for their usefulness in the industrial fields. They resist corrosion and oxidation. Precious metals fit this description, but are also aesthetically appealing and desirable, giving them value outside the manufacturing realm.
A fly press is just a general-purpose (old-fashioned) screw press with a flywheel or some other means for maintaining momentum. It can be used for any purpose requiring the fairly limited force required of a mechanical press. Typically they might have been used for shaping or cutting metals. Shaping would have been done by deforming using some sort of tool and die combination.
whic combination of metals cannooot be used in a bi metallic strip
Because they may fuse, block or displace other metals! :)
Pure metals often do not have properties optimal for real world applications. Alloying can get you closer.
Alloying metals allows obtaining several alloys similar to gold.
Creating an alloy out of any metal is for garnering the properties of both types of metals. Sometimes for anti-corrosive properties or strenghtening, or even causing a metal to be more maleable while not breaking.
You think probable to a minor alloying component as a solute.
I think the crankshafts are made of alloy steel. vanadium is one of the metals used for alloying.
Coating with a metallic layer (galvanization), varnishing, alloying to obtain more resistant alloys.
Platinum silver and gold are the main ones. Sometimes traces of copper are used for alloying the gold.
Nuclear research and nuclear medicine, as well as alloying with other metals to improve the workability of the metal.
Steel is just a form of iron that is refined differently to iron in a blast furnace, as it is allowed to have a small amount of carbon and other alloying metals. However other forms of steel such as weathering steel and stainless steel have other metals (chromium, magnesium etc.) added to them to give them the properties that they require for their particular purpose.
You melt a mixture of products together--they don't necessarily have to be metals, but usually are. For instance, copper mixed with tin forms bronze.
- alloying metal in stainless steel- chroming of other metals