3 Advantages Of Tempering Steel By Induction Hardening
If you're in need of custom steel parts for your manufacturing operation or if you're merely a hobbyist seeking some reliable scrap metal, it's important to have an understanding of what can help to maintain the strength of steel. While tempering has become a common process, the methods by which steel is tempered vary greatly and are frequently poorly understood.
Below, you'll find a guide to some of the advantages of tempering steel through the induction hardening process. This process, which involves treating steel at extremely high temperatures and then rapidly cooling it, has some unique positives that you should be aware of when selecting the method by which you want your metal reinforced.
If you're responsible for treating steel in an industrial operation, you know that one of the primary concerns of tempering is the amount of energy expended and the way that it can affect your bottom line. Induction hardening is a great process that will allow you to alleviate many of these concerns.
Because the steel is heated so quickly during induction, less energy is expended. The necessity of quick cooling also means that your steel won't have to be held at very high temperatures, guaranteeing that you also won't have to operate holding ovens that become energy sinks as well.
One of the most frustrating aspects of tempering steel through traditional methods is the necessity of removing it from the production line and slowing down the smooth operation of your assembly process. Without direct integration of the tempering process, your employees will be unable to avoid this slowdown.
Induction hardening, however, can be directly integrated. This will allow you the opportunity to train your line employees on this important task and can also greatly speed up the process of finishing steel products, allowing you to cut down on your lead times and greatly increase the satisfaction of your customers.
Working to harden steel means introducing an inherent degree of risk into your workplace that could significantly injure your staff. The induction hardening process, however, cuts down significantly on these risks by removing any need to have direct physical contact with the steel as its being treated. This allows your employees to avoid common sources of burns as well as fume inhalation, and can promote a generally safe workplace which will function more efficiently and with a greater regard for your company's safety record.