TECHNOLOGY OF FOAM CONCRETE PRODUCTION ON THE BASIS OF MINERAL FIBER OBTAINED FROM WASTES OF MINERAL INSULATION PRODUCTION

Abstract

Foamed concrete is now widely used in construction due to a number of advantages such as environmental safety, excellent thermal insulation characteristics and the ability to absorb noise. This paper studies two types of foamed concrete: traditional and with the addition of mineral fiber, and proposes a technology for producing foamed concrete based on insulation waste. Using standard test methods, the strength and density indices of the finished products were determined. The obtained results indicate a uniform pore structure and strength of the blocks over the entire surface. This indicates the high quality of the material and its ability to effectively withstand loads. At the same time, the use of mineral fiber in foam concrete further improves its characteristics, making the material even more durable and resistant to various factors. Thus, the study confirms the effectiveness of foamed concrete as a building material and its potential for various applications in the construction industry.