The study looks at the production of effective construction materials based on clay rocks of various mineral and chemical compositions. A method for the manufacturing of aerated ceramic materials and products with the specified average density is described; results of their structure analysis, as well as physical and mechanical characteristics of aerated ceramic samples are presented. The main production stages for the creation of a cellular structure of a ceramic shard are presented, and the prospects of aeration technology for clay masses for the production of a non-combustible material that allows the construction of wall enveloping structures with high strength and thermophysical parameters is proved
AbstractThe article shows high prospects of high-performance wall ceramics products with average den...
The usage of air-swept milling of raw materials is the most efficient method for preventing the nega...
The research presents comprehensive utilization of such industrial waste as galvanic sludge, broken ...
The object of the study is the physical and chemical processes of formation of the structure and pro...
Anxiety of society about global warming is increasingly growing and interest about construction mate...
The object of research is the physical and chemical processes of forming the structure and propertie...
Both dense and porous construction materials are widely used in civil and industrial construction. F...
Nowadays porous ceramics are widely researched, becoming an increasingly marketable material in the ...
© 2016, International Journal of Pharmacy and Technology. All rights reserved.At present day a high ...
New and important materials plays an major role in achieving role in increased efficiency. The focus...
The need to improve the technical level of production of construction materials, their product range...
The article presents the results of scientific and experimental studies on the creation of ceramic r...
The paper presents a completely new composition of the ceramic mass for production of ceramic tiles ...
WOS: 000399855700015This study aims to demonstrate the suitability of using lightweight ceramics as ...
The results of researches on the increase of mechanical strength of ceramic tiles for interior wall ...
AbstractThe article shows high prospects of high-performance wall ceramics products with average den...
The usage of air-swept milling of raw materials is the most efficient method for preventing the nega...
The research presents comprehensive utilization of such industrial waste as galvanic sludge, broken ...
The object of the study is the physical and chemical processes of formation of the structure and pro...
Anxiety of society about global warming is increasingly growing and interest about construction mate...
The object of research is the physical and chemical processes of forming the structure and propertie...
Both dense and porous construction materials are widely used in civil and industrial construction. F...
Nowadays porous ceramics are widely researched, becoming an increasingly marketable material in the ...
© 2016, International Journal of Pharmacy and Technology. All rights reserved.At present day a high ...
New and important materials plays an major role in achieving role in increased efficiency. The focus...
The need to improve the technical level of production of construction materials, their product range...
The article presents the results of scientific and experimental studies on the creation of ceramic r...
The paper presents a completely new composition of the ceramic mass for production of ceramic tiles ...
WOS: 000399855700015This study aims to demonstrate the suitability of using lightweight ceramics as ...
The results of researches on the increase of mechanical strength of ceramic tiles for interior wall ...
AbstractThe article shows high prospects of high-performance wall ceramics products with average den...
The usage of air-swept milling of raw materials is the most efficient method for preventing the nega...
The research presents comprehensive utilization of such industrial waste as galvanic sludge, broken ...