$15.00
In the last six to eight years, IHSW has successfully developed a series of low carbon grades containing boron additives to improve the physical properties and performance of wire rod. Boron additives in high carbons (0.80/0.85 C) lead to increased performance in physical properties such as drawability, reduced C-segregation, etc. Comparisons to standard high carbons are reported.
In the last six to eight years, IHSW has successfully developed a series of low carbon grades containing boron additives to improve the physical properties and performance of wire rod. Boron additives in high carbons (0.80/0.85 C) lead to increased performance in physical properties such as drawability, reduced C-segregation, etc. Comparisons to standard high carbons are reported.
| Author(s) | Petra Hesse, RWTH; and Michael Klemm, ISPAT Hamburger Stahlwerke GmbH, Germany |
|---|---|
| Publication/Event/Pages | Paper presented at WAI International Technical Conference, Zakopane, Poland |
| Year | 1999 |
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