Customized heat treatment
No two heat-treating facilities or forging shops have the same needs. One might be overseeing a highly automated operation where furnace temperatures and quenching times are all pre-set by a computer. Another might be a more traditional shop, acknowledged for the skill and experience of the staff while providing a superior steel end product. Either way, the customer depends on a consistent level of quality to get the same high-quality hardening result – batch after batch. Ovako’s range of WR-Steel is characterized by the steel’s consistent quality, tight process controls and good repeatability.
Advantages of WR-Steel®
- Proven superior wear resistance
- Broad range of hardness intervals (350–650 HV)
- Right properties after rolling or heat treating
- Cost-effective due to optimized alloy content for different end applications
- Wide range of steel grades in different dimensions
Ovako as a technical partner
With a centuries-old steelmaking heritage and decades spent innovating boron steels, Ovako works closely with customers in the development and supply of specialized steel alloys. We offer advice on applying the diverse WR-Steel program that is available for demanding applications and we fully understand how alloying and heat treatment steps can boost productivity and how to achieve just the right hardening properties.
By choosing the correct WR-Steel, the service life is prolonged, which means fewer parts replacements, greater work efficiency and, ultimately, cost-reductions. Rather than just promising that our WR-Steel grades can save money by extending service life, we turned to the independent RISE KIMAB test facility to simulate extreme industrial conditions and see how we measure up against other hardening and pre-hardened steels.
We made it! But we are still not satisfied
What a journey! It took years of hard work to make our steelmaking operations more sustainable. In 2022, we went carbon neutral in all operations. But we´re still not satisfied - our journey towards steel production without CO2 emissions continues.
Read more about our path to carbon neutrality