The book explores the state-of-the-art in inductive melting technology for metal manufacturing and processing, addressing the challenge of energy efficiency in industrial furnaces. It emphasizes the metallurgical processes of melting, holding, and pouring with induction systems. Key concepts of inductive power transmission and induction plant design are detailed to aid understanding of the production process, complemented by color images. The content is beneficial for specialists and students involved in research, development, and practical applications. Topics include an introduction to fundamentals, inductive power transmission, various types of induction furnaces (crucible and channel), and components essential for their operation. The book covers furnace design, energy requirements, and the melting metallurgy of iron and non-iron materials, including cast, aluminum, and copper. It discusses the operation of induction plants in iron foundries, melting processes in crucible furnaces, and techniques for holding and pouring molten metal. Additionally, it examines the use of electromagnetic stirrers and pumps, as well as the continuous supply of molten iron and the application of induction systems in mini steelworks and the aluminum and copper industries.
