EXPERIMENTAL STUDIES OF ECOLOGICALLY-CLEAN THERMAL INSULATION NON-AUTOCLAVE COMPOSITES BASED ON FLAX SHIVE AND DIFFERENT KINDS OF LIME CONTAINING BINDERS
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Abstract
The main object of the this paper is to study the effect of the mix proportions with flax shive as filling agent in composite system on selected physico-mechanical properties of the light weight composites in influence of new kind of lime-silica binder. The article presents eco-friendly composite thermal insulation materials designed as an alternative to traditional cement-lime binders. When adapted to local raw material resources of a particular region the structural materials can prove to be a promising material for eco-friendly timber frame housing construction in the Republic of Belarus, which is to some extent a revival of the millennial experience in the use of crop waste when constructing low-rise buildings.
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References
Eco-efficient construction and building materials / F. Pacheco-Torgal [et al] // Life cycle assessment (LCA), eco-labelling and case/studies Woodhead Publishing Limited, 2014.
Stevulova, N. Lightweight composites containing hemp hurds / N. Stevulova, L. Kidalova, J. Cigasova // Procedia Engineering, 65/2013.
Stevulova, N. Influence of binder nature on properties of lightweignt composites based on flax / N. Stevulova, L. Kidalova // International journal of Modern Manufacturing Technologies. – 01/2013. – 5(2). – P. 27–31.
Stevulova, N. Innovative use of biomass based on Technical hemp in building industry / N. Stevulova, J. Cigasova // Chemical Engineering Transformations. – 2014. – Vol. 37. – P. 685–690.
Environmental management – Life cycle assessment – Principles and framework. International Organization for Standardization: ISO 14040 (2006).
Technical Code of Common Practice: TCP 45-2.04-43-2006. Construction thermal engineering. Rules and Regulations for Building Design.
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