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Ceramic matrix composites are widely demanded in all the sector of thermal, electrical and structural applications around the whole world. This present experiment aims to manufacture iron-crystalline silica ceramic matrix composites with average particle sizes around -150 micron. Crystalline silica matrix composites with 15, 20, 40 Wt. % of iron were manufactured through conventional powder metallurgy techniques. The surface morphology of the composites were observed by optical microscopy (OM). Physical property like density, porosity and mechanical property like hardness were measured and reported.

Development of Iron- Crystalline Silica Ceramic Matrix Composites through Powder Metallurgy Technique