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Chamotte-Free Heat Insulation from Self-Consolidating Mixes Based on Burn-Off Additive of Plant Origin. Part 2. Mineralogical, Chemical, and Biological Features of Burn-Off Additives and their Appearance During Electrohydrothermal Action on a Molding Mass1.

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Refractory clay and water in a confined space are in a force field arising from the active swelling of a plant-based starch-containing additive. During self-compaction shrinkage moisture is absorbed by… Click to show full abstract

Refractory clay and water in a confined space are in a force field arising from the active swelling of a plant-based starch-containing additive. During self-compaction shrinkage moisture is absorbed by the plant additive and squeezed into clay particles. It has been established that the production properties of the additive are affected by starch mineralogical, chemical, thermodynamic and structural features. Water-soluble substances contained in starch form a cluster increasing raw material strength. A physical model of the molding mass compaction mechanism is proposed.

Keywords: chamotte free; heat insulation; plant; mineralogical chemical; free heat

Journal Title: Refractories and Industrial Ceramics
Year Published: 2020

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