Heat Treating Services to Benefit the Manufacturing Process

During the manufacturing process, some materials might need to be involved in procedures that alter their gain structure. Procedures engaged in heat treating services are a way of using controlled heating and cooling procedures to change metal’s physical properties and improve them to be used in a large range of industries.

The correct heat treatment procedures must be followed by the businesses involved in steel supply in Melbourne to ensure the metal meets the specified strength requirements. These heat treatments vary depending on the metal type, and the mechanical properties that are required for the parts' function.

There are a variety of steel heat treatment processes including case hardening, tempering steel, oil quenching, carburizing, vacuum heat treatments and more. The change of mechanical properties refers to the shear strength, toughness and tensile strength of the steel. Allowing for this mechanical change in properties enables the product to be more efficient in its daily and more resistant to wear and tear during even its toughest jobs.

Case Hardening

Case hardening is an example of a simple process of hardening the surface of metal while allowing the metal deeper underneath to remain soft, thus forming a thin layer of hard metal on the outside. The process proffers a part that does not fracture because of the softcore that can absorb stresses without cracking but also provides wear-resistance on the surface of the part.

Offering Flexibility

Heat treatment doesn't just make steel harder. It can make it softer too. The softening of steel allows for metalworking operations such as deep drawing, cold forging and machining. Thus, steel also increases its strength, making the material ductile or more flexible, while also introducing wear-resistance characteristics, making the material tougher. This is the best way to achieve maximum usage and performance out of the material.

Conclusion

Steel parts often require some form of heat treatment to achieve an increase in hardness and obtain maximum strength and durability. Through the many different processes of heat treatment, the properties of steel are changed via physical and mechanical channels. Among many other benefits of heat treatment, it also aids in the manufacturing process.