Differences between Low and High Carbon Steel in Flame Hardening
Flame hardening operations extend the operating life of alloy-rich components by adding rigid strength to the microcrystalline backbone of the heat-treated part.
What is Metal Quenching and Its Advantages?
Heat treatment techniques use a two-step processing methodology. Logically, it begins with the workpiece entering a fiery environment, perhaps a gas-fired furnace. Here, the metal component is subjected to enough...
Copper, Stainless, Bronze, Brass, or Aluminium: Why Annealing Matters?
Work hardened metals are difficult to form. The machining and shaping work has impacted the material in such a way as to cause the metal’s grain to compact and shrink.
Heat Treating of Spherical Radius Items
If we've placed a great deal of emphasis on materials, there's a good reason for this seemingly off-kilter approach. Materials must be heat treated if the mechanical and physical properties...
Causes of Distortion and Residual Stresses in Heat Treatment
The principal objective of this discussion is to determine the causes of distortion and residual stresses in heat treatment.
Heat Treating of Steels & Cast Irons for the Development of Microstructures and Mechanical Properties in Base Materials
Fine manufacturing processes create sturdy cast iron items and robust steel-reinforced components that resonate with structural soundness, but such mechanical solidity doesn't just happen, not without an incorporated processing stage...
Flame Hardening and Induction Heating: What are The Differences?
In the foundry, blazing hot furnaces melt metal and produce castings, parts that are imbued with crude properties. It is then down to special alloy-refining facilities to alter those material...
The Anti-Corrosion Benefits of Black Oxide Coating
In documenting the essential characteristics of the black oxide coating process, we've illustrated the engineering science and the main advantages of the procedure. More than a smart finishing process, a...
Reasons Why Steel and Cast Irons Have To Go Through a Heat Treatment Process
Industrial foundries manufacture formidable products, mammoth components and intricate parts that go into service in the harshest applications. The thing is, we can't just melt iron and fill a cavity....
Nitriding Process and Its Purpose
In adding chemistry to heat, we gain a powerful partnership, a fine means of blending two contrasting metal treatment techniques. Heat, obviously, changes the mechanical characteristics of a processed metal....
What is Black Oxide Coating?
Oxidation is a chemical reaction that takes place between oxygen molecules and the floating ring of electrons that orbit another element. Rusting iron is an out of control example of...
Vacuum Furnaces for Vacuum Heat Treatment
A capacity for uniformly distributing heat is a headlining feature for industrial-grade furnaces. A series of highly consistent geometrical profiles are set to enter this thermally active chamber. They roll...
Advantages of Induction Hardening and Tempering in Metals
A number of contrasting heat treatment processes exist. They use atmospheric ovens and special electric blowers to uniformly heat a metal part and optimize targeted mechanical characteristics.
The Processes of Metal Heat Treatment
A process whereby an unrefined metal product is taken through a range of intelligently managed heating and cooling stages. Each processing step modifies specific characteristics, removing stresses from the metal....
What is Heat Treatment
Special heat treatment processes are the tool of choice here, with extreme temperatures altering the internal structure of a metal component until it shades through red and white hot intensity....