High Capacity Electric Arc Furnace For Batch Or Continuous Operation 50-300 Tons

Product Description:

The Furnace Shell Material of our Steel EAF can either be made of Refractory Bricks or Water-cooled Panels. Refractory bricks provide excellent insulation and durability, while water-cooled panels offer efficient cooling and longer lifespan.

The Furnace Roof Type can be either Swing or Stationary, depending on the customer's preference. Swing roof allows easy access to the furnace for maintenance and charging, while stationary roof provides a more stable structure for the furnace.

The Furnace Operation Mode can be either Batch or Continuous, depending on the production requirements. Batch mode is suitable for small-scale production, while continuous mode is ideal for large-scale production with high efficiency.

The Furnace Transformer can be either Oil-immersed or Dry Type, depending on the customer's preference. Oil-immersed transformer provides better insulation and cooling, while Dry Type transformer requires less maintenance and has a longer lifespan.

The Furnace Cooling System can be either Water-cooled Panels or Spray Cooling System, depending on the customer's preference. Water-cooled panels provide efficient cooling and longer lifespan, while Spray Cooling System offers more precise temperature control.

Our Steel EAF is equipped with advanced technology and high-quality materials to ensure reliable and efficient steelmaking process. Contact us now to learn more about our Electric Melting Furnace System - Steel EAF!

Features:

• Product Name: Steelmaking electric arc furnaces
• Electrode Diameter: 300-800 mm
• Furnace Roof Type: Swing or stationary
• Furnace Charging System: Bucket charging or scrap charging
• Furnace Control System: PLC or computerized
• Furnace Transformer: Oil-immersed or dry type

Steel EAF, Steel EAF, Arc Furnace Smelting System

Technical Parameters:

Applications:

The furnace cooling system is an important aspect of the EAF, with options for water-cooled panels or spray cooling systems. Water-cooled panels are made up of copper tubes that are cooled by water running through them, while spray cooling systems use water sprays to cool the furnace shell. The furnace shell material can also vary, with options for refractory bricks or water-cooled panels. Refractory bricks are made from high-temperature materials and are used to line the furnace walls, while water-cooled panels are made up of copper tubes that are cooled by water running through them.

The furnace charging system is another important consideration for the EAF, with options for bucket charging or scrap charging. Bucket charging involves loading raw materials into a large bucket and then dumping them into the furnace, while scrap charging involves loading scrap metal into the furnace using a charging machine. The furnace lining material is also essential, with options for magnesia carbon bricks or alumina-magnesia carbon bricks. Magnesia carbon bricks are made from magnesia and carbon, while alumina-magnesia carbon bricks are made from alumina, magnesia, and carbon.

With these various options, the EAF can be customized to meet the specific needs of the steelmaking process. The furnace control system ensures efficient energy use, while the cooling system and shell material help to maintain the integrity of the furnace. The charging system and lining material are essential for the production of high-quality steel products. Overall, the EAF is a vital component in modern steelmaking and plays a crucial role in the production of high-quality steel products.

Support and Services:

Our Steelmaking electric arc furnaces are designed and manufactured with the latest technology, ensuring high efficiency and reliability. We offer a range of technical support and services to ensure the optimal performance of our products, including:

• Installation and commissioning support
• Remote technical assistance
• On-site maintenance and repair
• Training programs for operators and maintenance personnel
• Upgrades and retrofits
• Spare parts and consumables

Our team of experienced engineers and technicians are dedicated to providing prompt and effective solutions to any technical issues or requests for assistance that may arise. We strive to ensure that our customers receive the highest level of support and service throughout the lifecycle of our products.

Packing and Shipping:

Product Packaging:

• The Steelmaking electric arc furnaces product will be securely packed in a wooden crate to ensure safe transportation.
• All components will be carefully wrapped in bubble wrap to prevent damage during shipping.
• Each crate will be labeled with the product name, dimensions, weight, and handling instructions.

Shipping:

• We offer worldwide shipping to our customers.
• The Steelmaking electric arc furnaces product will be shipped via sea or air freight, depending on customer preference and location.
• Shipping costs will be calculated based on the destination, weight, and dimensions of the product.
• Customers will be provided with a tracking number to monitor the status of their shipment.
• Delivery times may vary depending on the shipping method and destination, but we strive to ensure timely and efficient delivery.

FAQ:

A: Steelmaking electric arc furnaces are used for melting and refining scrap steel to produce new steel products.

A: The advantages of using Steelmaking electric arc furnaces include lower production costs, flexibility in production, reduced energy consumption, and the ability to use recycled materials.

A: Steelmaking electric arc furnaces work by using an electric arc to melt scrap steel. The heat generated from the arc melts the steel, while chemical reactions and other processes refine the steel before it is poured into molds to cool and solidify.

A: There are two main types of Steelmaking electric arc furnaces: AC (alternating current) and DC (direct current). AC furnaces are typically used for larger production volumes, while DC furnaces are used for more precise control over the melting process.

A: To ensure safety when using Steelmaking electric arc furnaces, it is important to follow proper operating procedures, wear protective clothing and gear, and regularly inspect and maintain the equipment. Additionally, employees should be trained on how to properly use the equipment and respond to emergencies.