A New Technology of Hardening Porous Materials of Titan Powders


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A technology of hardening porous materials of titan powders has been elaborated. The technology is based on passing alternating current with duration of ~10-1…101 s through porous (35…40%) blanks made by method of Sintering by Electric Discharge (SED) by passing a pulse of current with duration of ~10-5…10-3 s. The influence of technological regimes of porous blanks treatment on their structure and properties is investigated. Geometry and dimension of contact necks between powder particles of obtained samples are evaluated. Variations of porosity and strengths as well as microstructure of porous samples materials before and after treatment are investigated. Optimum range of treatment technological regimes is determined within which porosity of 30…35% with maximum strength values.



Materials Science Forum (Volumes 534-536)

Edited by:

Duk Yong Yoon, Suk-Joong L. Kang, Kwang Yong Eun and Yong-Seog Kim






K.E. Belyavin et al., "A New Technology of Hardening Porous Materials of Titan Powders", Materials Science Forum, Vols. 534-536, pp. 613-616, 2007

Online since:

January 2007




[1] K.E. Belyavin, V.K. Sheleg, D.V. Minko. Application of Porous Products of Spherical Titanium Powders in Implant Surgery. Powder Metallurgy World Congress PM2004, Congress and Exhibition. Guide. 17-21 October 2004. - Vienna, Austria, 2004, p.93.

[2] Kaptsevich V.M., Sheleg V. K, Belyavin K.E., Gurevich A.A. Powder materials sintering by electric discharge. X Int. Conf. High Energurate Fabrication, Lublyana, Yugoslavia, 1989, 104111.

[3] K.E. Belyavin, V.V. Mazyuk, D.V. Minko, V.K. Sheleg. The theory and practice of electric pulse sintering of porous powder materials. - Мn.: Remika, 1999, 180 p.

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