Isostatic pressing of silicon carbide bodies formulated for reactive sintering

Gnesin, G. G.; Dyban, Yu. P.

doi:10.1007/bf01286451

Refractories

1973

DOI: 10.1007/bf01286451

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Isostatic pressing of silicon carbide bodies formulated for reactive sintering

G. G. Gnesin¹,

Yu. P. Dyban²

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1983

2009

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“…The general character of the rise in relative density with pressure increases from hydrodynamic pressing is the same as the law for hydrostatic densification of refractory bodies [5][6][7][8]. But with the same pressing force (Fig.…”

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confidence: 99%

Pressability of refractory materials on hydrodynamic machines

et al. 1983

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One of the most promising methods in the technology of ceramics and refractories is hydrodynamic pressing of powders, which uses the capacity of gunpowder when burned in a closed volume to develop a high pressure and create conditions for the multilateral compression of a liquid inside a thick-walled cylinder [I, 2]. The method is suitable for pressing various articles of complicated shape with high ratios of length to diameter, providing uniform distribution of density over the volume, which in the final account determines the quality of the finished article, and also makes it possible to eliminate the expensive power section of the equipment, simplify the production process, and increase productivity.According to the method of applying the load, the hydrodynamic pressing process differs substantially from known methods of static compaction of powders. These differences are due, primarily, to the high rate of increase and short duration of the application of the impulse pressure, the pulsating nature of the load, and the wave processes in the working chamber of the machine.

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confidence: 99%

Pressability of refractory materials on hydrodynamic machines

et al. 1983

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Formation of high-density structure of self-bonded silicon carbide

Maystrenko

Kulich

Ткач

2009

J. Superhard Mater.

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Isostatic pressing of silicon carbide bodies formulated for reactive sintering

Cited by 2 publications

References 0 publications

Pressability of refractory materials on hydrodynamic machines

Pressability of refractory materials on hydrodynamic machines

Formation of high-density structure of self-bonded silicon carbide

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