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Influences of the addition of phosphorus and the sintering temperature on the mechanical properties of P/M Austenite type stainless steels were investigated. As a result, the best produced conditions obtaining high mechanical properties on P/M Austenite stainless steels were necessary to add 0.2-0.5wt% phosphorus and to sinter in the range of 1626K to 1673K. The tensile strength, elongation and impact values of these specimens obtained were over 550MPa, 40% and 250J/cm2 respectively. The mechanism of improvement of these mechanical properties was caused by a high sintered density of Austenite matrix obtained by the eutectic reaction between the matrix (δ-phase) and minor phosphide (Fe, Cr)3P.

Influence of the Addition of Phosphorus on the Mechanical Properties of P/M Austenite Type Stainless Steels.