-
サイド・ラシド・アフメッド・バットシャンシ・チェンダ工業炉株式会社 電気弧炉の稼働を完了し 労働者は チェンダの技術者と 慎重に協力して 機械の操作を学びました中国とパキスタンの民間の深遠な友情と優れた協力を示す.
-
アブバカール1ヶ月以上の集中的な制作とデバッグの後熱交換煙ガス沉着室機器2セットが成功して稼働開始しました ~ プロジェクトに関与したすべてのスタッフが一生懸命働きましたほら!
-
ジ・ワン温かいおめでとう 韓国のシャンシー・チェンダ工業炉製造会社北チョンチェョン郡 宝石の溶融炉の設備の設置と慎重な製造と厳格な稼働相互に有益な協力を達成するために,より多くの分野での未来を期待しています!
Competitively Priced New Condition Industrial Induction Furnace/ Metal Electric Arc Furnace

無料のサンプルとクーポンを私に連絡してください.
WhatsAPPについて:0086 18588475571
ウェチャット: 0086 18588475571
Skype: sales10@aixton.com
24時間オンラインでサポートします
xハイライト | industrial induction furnace with warranty,electric arc furnace for steelmaking,new condition metal melting furnace |
---|
Product Description
An Industrial Electric Arc Furnace (EAF) is a high-temperature furnace used primarily for melting and refining metals, especially steel and other alloys. It utilizes an electric arc generated between electrodes and the metal charge to produce the heat required for melting. EAFs are widely used in the steel industry due to their flexibility, efficiency, and ability to recycle scrap metal.
Key Components of Industrial EAF
1.Furnace Shell: Made of heavy steel plates, lined with refractory materials to withstand high temperatures.
2. Electrodes: Typically graphite electrodes that conduct electricity and generate the arc.
3. Electrode Holders and Arms: Support and position the electrodes.
4. Power Supply System: Includes transformers, rectifiers, and control systems to regulate voltage and current.
5. Cooling System: Water-cooled panels and pipes to protect the furnace structure from overheating.
6. Tilting Mechanism: Allows the furnace to tilt for tapping molten metal and slag removal.
7. Charging System: For loading raw materials such as scrap metal, alloys, and fluxes.
8. Off-gas System: Captures and treats fumes and dust generated during the melting process.
Advantages of Industrial EAFs
1. Flexibility: Can process a wide range of raw materials, including 100% scrap metal.
2. Energy Efficiency: Modern EAFs are highly energy-efficient, with advanced power control systems.
3. Environmental Benefits: Reduces CO2 emissions compared to traditional blast furnaces, especially when powered by renewable energy.
4. Cost-Effective: Lower capital and operational costs compared to integrated steel plants.
5. Scalability: Suitable for both small-scale and large-scale production.