Примери за използване на Pig iron на Английски и техните преводи на Български
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Gifts for pig iron wedding?
The chassis is made from carbon fibre, not pig iron.
I lug pig iron for Michelangelo.
Dusts formed during the smelting of pig iron- 21 million tons.
A body of grey pig iron and welded directing elements.
Dusts formed during the smelting of pig iron- 21 million tons.
Production of pig iron- the basis of the steel industry.
So for me it will always be a welcome gift of tazhin from pig iron.
Pig iron is useful because it can be formed into solid, heavy objects or objects with unusual shapes.
For the production of steel, this mineral is first converted into pig iron.
A new product- nickel pig iron(NPI)- started to be produced in China in 2005 in different forms and grades.
Or maybe he's just got a stupid Irish head made of pig iron.
In the process of oxidation of impurities of pig iron because of what is happening and its transformation into steel.
The increase in nickel prices has increased the production of nickel pig iron.
In cast iron and pig iron, excess slag has to be removed in order to produce quality wrought iron. .
This signals the destruction of the protective layer,which caused pig iron producer.
Ton, the production of nickel pig iron(becoming profitable, if the price rises above$ 18 thousand./ Ton) in China quickened markedly.
Having a high unit value,such a good is portable; for instance, an ounce of gold is worth a half-ton of pig iron.
Installations for the Production of pig iron or steel(primary or secondary fusion) including continuous casting, with a capacity exceeding 2,5 tonnes per hour.
Covering the following main sectors: combustion installations, cement, clinker, lime,mineral oil refineries, pig iron, and steel.
In 1856, bessemer registered a patent for a converter for smelting molten pig iron into steel by blowing air without the expense of fuel, which became the basis of the bessemer process.
Reduced exports of Japanese stainless steel scrap in China can be attributed to increased production of nickel pig iron in the country.
A rich iron ore application is found forreceiving pig iron and mainly goes to smelting in converter and open-hearth production or directly to iron reduction.
Crude iron metal is produced in blast furnaces,where ore is reduced by coke to pig iron, which has a high carbon content.
This company produced 35% of Nazi Germanys explosives,50.8% of Germanys pig iron, 38.5% of Nazi Germanys galvanized steel, 36% of Germanys heavy plate, 22.1% of Germanys wire, and many other things essential for Hitler.
Villagers stripped hillsides for fuel and burned doors and furniture to melt pots andpans and whatever other metal they could find to produce useless pig iron.
In 1856, bessemer registered a patent for a converter for smelting molten pig iron into steel by blowing air without the expense of fuel, which became the basis of the bessemer process.
The iron ore is first melted and reduced to pig iron(high in carbon), and then the pig iron is charged into a steelmaking furnace for oxidation and refining into steel, which is the main method for mass production of modern steel smelting.
At the same time the two companies, by their own admission,have to now attentively follow the dynamics of the global production of nickel pig iron, which not only confuses the existing price of pure nickel, but also threatens to put the latter producers to the brink of overproduction.
The most magnificent illustration of an artificial abbreviation of the time of production taken up exclusively with natural processes is furnished by thehistory of iron manufacture, more especially the conversion of pig iron into steel during the last 100 years, from the puddling process discovered about 1780 to the modern Bessemer process and the latest methods introduced since.