Abstract
The need to improve the technical level of production of construction materials, their product range, to improve product quality and reduce its cost requires the expansion of the raw material base, the use of resource and energy saving technology and design solutions. To implement all these it is necessary to conduct a more detailed study of the properties of ceramic materials and to investigate the behavior-modifying components of their formulations. This paper presents the development of the composition of ceramic mass for the production of bricks, a modified silicon-waste production of ferrosilicon.
Highlights
Foreign and Russian authors have significant experience in manufacturing multi-purpose construction materials with the use of micro-silica
Characteristics of ceramic materials are determined by properties of raw materials and a technology of their manufacturing
Sweden scientists have developed a method of manufacturing of high-strength cellular ceramic materials from clay and gas-treated dust, dust produced by electrofilters, utilized in manufacturing of ferrosilicium and silicochromium
Summary
Foreign and Russian authors have significant experience in manufacturing multi-purpose construction materials with the use of micro-silica. Clay materials are the basic ones for ceramic brick manufacturing. This issue viewed both as fundamental and applied one have attracted attention of many researchers (А I Avgustinik, А S Berkman, F D Ovcharenko, М I Rogovoy et al). A charge with this chemical composition can be used for manufacturing of construction elements, whereas a raw product is reasonably to be covered into foil keeping gas-reducers [3]. There are papers where in the authors apply micro-silica as a binding component in masses for manufacturing of ash-ceramic products [4].
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