A Silicon-Aluminium-Calcium-Barium-Ferrous alloy melting furnace is a type of furnace used for melting alloys made from these specific elements. The furnace is designed to heat the alloy to a temperature high enough to melt it, allowing for casting or other forming processes to take place.

The furnace typically consists of a refractory-lined chamber with a heating element, such as an electric resistance coil, that provides heat to the alloy. The alloy is typically placed in a crucible or other container within the furnace and heated until it reaches its melting point. Once the alloy is molten, it can be poured into molds or used for other manufacturing processes.

Silicon, aluminium, calcium, barium, and iron are commonly used in the production of various alloys, each with different properties and applications. For example, silicon is often added to steel to improve its strength and resistance to corrosion, while aluminium is used in the production of lightweight alloys for aerospace and automotive applications.

Overall, a Silicon-Aluminium-Calcium-Barium-Ferrous alloy melting furnace is an important tool for manufacturers who work with alloys made from these specific elements.

We specially focus on small DC ARC furnace, because it is safely, has high efficiency and Low energy consumption, the higher temperature can melt most of metal and nonmetal quickly.

EAF is workable for adding any material, because melting material will be rolled follow electric current, the material can be mixed uniformly.

Whether melting metal or nonmetal, DC ARC furnace will save more energy than AC furnace, because melting material will be rolled up from bottom follow with electric current (Fully Stirred), so the melting speed will be quickly.

EAF also be named Submerged Arc Furnace, because if melt non-conductor product, the firing point will under the material, so the name means that electric arc is submerged in the material.

If you are interested in any electric arc furnace, please write email to us: jeven@smallEAF.com.