Abstract
Glasses containing iron oxide (12–15 wt%) have been prepared based on thermal power plant wastes, and their crystallization mechanism studied with the help of XRD, DTA and TEM. In the initial stages of crystallization, phase separation took place which led to the formation of hedenbergite. The glass-ceramic material obtained under optimum conditions had high chemical resistance, microhardness of 7400 MPa and thermal stability. The final product can be recommended for workshop floorings and storage vessels in chemical industries.
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