Automatic prevention of decarburization by carbon flux

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Decarburization and carburization in the same load is a common problem in wire annealing. The purpose of this paper is to demonstrate that the control by carbon flux of a nitrogen- hydrocarbon atmosphere achieves no decarburization and no recarburization. The flux of carbon is the mass of carbon going across the metal surface, per unit of metal surface and per unit of time. It is a true measure of how much and how fast the metal undergoing heat treatment, loses or gains carbon. The focus of the

Description

Decarburization and carburization in the same load is a common problem in wire annealing. The purpose of this paper is to demonstrate that the control by carbon flux of a nitrogen- hydrocarbon atmosphere achieves no decarburization and no recarburization. The flux of carbon is the mass of carbon going across the metal surface, per unit of metal surface and per unit of time. It is a true measure of how much and how fast the metal undergoing heat treatment, loses or gains carbon. The focus of the

Additional information

Author(s)

Marc J.Robert, Liquid Air Corp.

Publication/Event/Pages

Paper presented at WAI 60th Annual Convention, Boston, MA USA. Paper published in Wire Journal International, June 1991, pg. 56.

Year

1990