Thermal Treatment of Metal

Course level:Intermediate

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Thermal Treatment of Metal

This course provides a comprehensive understanding of thermal treatment of metals, covering principles of heat treatment, furnaces, process control, nitriding methods, carburizing, hardening techniques, and various engineering steels. It is designed to develop deep knowledge of metallurgical processes and industrial heat treatment applications.

Fundamentals of heat treatment of steels
Industrial furnace operations and process control
Surface hardening techniques like nitriding, carburizing, and induction hardening
Understanding of different engineering and tool steels
Metallurgical properties and applications of treated metals

Course Curriculum

Principles of Heat Treatment of Steels

Fundamental principles of heat treatment of steels and metallurgical transformations.

00:20

Elements of the Process of Heat Treating

Heat Treatment Furnaces

Control of Heat-Treating Process

Gas Nitriding

Ion Nitriding

Nitempering (G[r”ou, Nitrocarburizing)

Tufftride-TFl

Sursulf

Sulfinuzing

Carburizing

Carbonitriding

Flame Hardening

Induction Hardening

General Engineering Steels

Free Cutting Steels

Spring Steels

Carbon Tool Steels

Cold Work Alloy Tool Steels

Hot Work Tool Steels

High Speed Steels

Stainless Steels

Heat Resisting Steels

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Thermal Treatment of Metal

Thermal Treatment of Metal

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Course Curriculum

Principles of Heat Treatment of Steels

Fundamental principles of heat treatment of steels and metallurgical transformations.

Elements of the Process of Heat Treating

Key elements involved in heat treating processes and their industrial applications.

Heat Treatment Furnaces

Design, types, and operation of heat treatment furnaces used in metal processing industries.

Control of Heat-Treating Process

Methods and systems for controlling heat treatment processes to ensure quality and consistency.

Gas Nitriding

Principles and applications of gas nitriding in surface hardening.

Ion Nitriding

Advanced ion nitriding techniques for improving surface properties of metals.

Nitempering (G[r”ou, Nitrocarburizing)

Overview and industrial application of nitrocarburizing processes.

Tufftride-TFl

Tufftride salt bath treatment process and its applications in metal hardening.

Sursulf

Sursulf process and its role in surface treatment of metals.

Sulfinuzing

Sulfinuzing process and its industrial applications in steel treatment.

Carburizing

Carburizing process for increasing surface hardness of steel components.

Carbonitriding

Cyaniding process and its role in rapid surface hardening.

Carbonitriding

Carbonitriding process combining carbon and nitrogen diffusion for improved hardness.

Flame Hardening

Flame hardening techniques for selective surface hardening of steel.

Induction Hardening

Induction hardening process using electromagnetic induction for surface treatment.

General Engineering Steels

Overview of general engineering steels and their properties.

Free Cutting Steels

Characteristics and applications of free cutting steels in machining industries.

Spring Steels

Properties and uses of spring steels in mechanical applications.

Carbon Tool Steels

Carbon tool steels and their role in manufacturing cutting tools.

Cold Work Alloy Tool Steels

Cold work alloy tool steels and their industrial applications.

Hot Work Tool Steels

Hot work tool steels used in high temperature applications.

High Speed Steels

High speed steels and their use in cutting tools and machining.

Stainless Steels

Properties, types, and applications of stainless steels.

Heat Resisting Steels

Heat resisting steels and their performance under high temperature conditions.

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