"Pour off molten iron" refers to the process of transferring liquid iron from a furnace or crucible into a mold or casting. This step is crucial in metalworking and foundry operations, as it shapes the iron into desired forms for further processing or use. The molten iron is typically poured at high temperatures to ensure it flows smoothly and fills the mold completely before it cools and solidifies. Proper handling and safety measures are essential during this process to prevent accidents and ensure quality.
You put the ore in the furnace.. Its a bar.. Woooo you produce carbon dioxide and molten iron pour off molten iron mix with limestone and coal and last place with blast furnace
The two liquids tapped off from a blast furnace are molten iron and slag. Molten iron is the main product, while slag is a byproduct that is formed from impurities in the ore.
pour off, a.k.a. jack off
Mostly molten iron and nickel.
Slag is the waste which is skimmed off the top of the molten iron that comes out of the blast furnace. It is a mixture of calcium and magnesium compounds, plus other impurities such as iron oxide, but is mainly calcium silicate. The formula for calcium silicate is CaSiO3.
They make a sandmold from a figurine, pour in molten bronze, let harden, and knock the mold off and buff to a shine.
Molten is an adjective which means liquefied due to temperature. Thus it can be used in the following possible sentences:Volcanoes can sometimes spew rivers of molten lava.The jeweller was working straight off a pot of molten gold.Molten iron can be dangerous to work with.
Either use a strong magnet to attract iron files away from the sugar. Or, dissolve the sugar in water and pour off the sugary liquid, leaving the iron filings behind.
Yes. You can add water to dissolve the salt (the iron will not dissolve). Then pour off the solution, leaving the iron filings behind. If you want to now retrieve the salt, you can just evaporate the water.
When limestone reacts with iron, it removes impurities and forms slag, which is less dense than molten iron and therefore floats over it, allowing it to be tapped off seperatly. It (the slag) is rather useless, but can be used in concrete.
you can smelt it. You put it in a blast furnace with carbon. This will be able to separate the iron from the iron ore The carbon is in the form of coke, providing both fuel for the huge amount of heat at the high temperature needed, and the carbon necessary to separate chemically the iron from the iron-oxide which is the ore itself. Limestone is added as a flux to help remove silica and other impurities as molten "slag" that floats on the molten iron, and is tapped off separately. The "blast" part refers to the powerful blasts of air pre-heated by the furnace's flue gases, and blown into the fire to raise it to white heat.
After iron ore is mined it is crushed into a powder then injected into a blast furnace. Under the extreme temperatures the ore melts and since iron is more dense than the impurities, it sinks to the bottom. This leaves a film of "slag" (impurities) on top. The slag is then skimmed off so only the metal remains.