THERMAL INSULATION MATERIALS WITH POROUS STRUCTURE

Journal Title: Structure and Environment - Year 2018, Vol 0, Issue 3

Abstract

The raw mix of silica-containing technogenic component – fly ash of thermal power plants – and the methods of preparing waterproof porous thermal insulating materials of extended application on its base according to the powder low-temperature technology has been developed using multifunctional properties of soluble glass as: a) a binding component; b) blowing agent; c) the raw mix hardening rate regulator. The physical and chemical, technological aspects of obtaining and using the suggested alkaline-silicate compositions have been considered.

Authors and Affiliations

ANATOLIY M. PAVLENKO, HANNA V. KOSHLAK

Keywords

Related Articles

WAY TO REDUCE SUBGRADE IN HIGHWAY CONSTRUCTION

There is formulated the dement of minimum of land works in road construction. For it is suggested new method to construct road pipes and new method of their hydraulic design.

ANALYSIS OF THE RESULTS OF SHORT-TERM TRAFFIC NOISE MEASUREMENTS ON THE EXAMPLE OF SANDOMIERSKA STREET IN KIELCE

Acoustic climate in the vicinity of transportation routes is mainly affected by traffic noise. Traffic volume is decisive as regards noise emissions. Other contributing factors include road geometry and motion conditions...

ANALYSIS OF THE INFLUENCE OF FACTORS INCREASING THE CHARACTERISTICS OF AUTOCLAVED PRODUCTS USING THE DEMATEL METHOD

Sand-lime products are characterized by advantageous features: compressive strength, thermal accumulation and acoustic insulation. Product features are resultative choice of decisions made at individual stages of the pro...

MICROCLIMATE IN ROOMS HEATED BY TILED FIREPLACE WITH THE FUNCTION OF ACCUMULATION OF HEAT

The article presents the analysis of microclimate in rooms equipped with tiled fireplace with the function of accumulation of heat. Two research series, conducted in used premises, were presented.

CALCULATIONS OF INDIVIDUAL AIR SUPPLY SYSTEMS

The article presents a method for calculating the amount of air flowing in and flowing out of the building. It included two variants: the first – the air inflow by infiltration and by the individual duct of the supply sy...

Download PDF file
  • EP ID EP526564
  • DOI 10.30540/sae-2018-025
  • Views 69
  • Downloads 0

How To Cite

ANATOLIY M. PAVLENKO, HANNA V. KOSHLAK (2018). THERMAL INSULATION MATERIALS WITH POROUS STRUCTURE. Structure and Environment, 0(3), 258-265. https://europub.co.uk/articles/-A-526564