Author(s)

Konstantinos M. Sakkas¹, Christos Georgopoulos¹, Lazaros Krimatoglou², Nektarios Krimatoglou²

¹Department of R & D, Enalos Research and Development PC, Athens, Greece.
²Department of R & D, Krimatoglou Group S.A., Chalkida, Greece.

In a previous study, we developed a low density inorganic polymer based on industrial minerals and waste designed for in situ applications in the construction sector. In this paper, further testing and development of this new screed with thermal insulation and fire resistance properties is presented. The large scale tests of in situ production and fire-resistant properties are also discussed. The newly developed material succeeded at large scale fire test under the RABT-ZTV (car) fire curve and also was used in situ in large scale test in a typical screed application in a renovation building project using a typical screed pump.

Inorganic Polymers, Insulation Materials, Industrial Waste, Fire Resistant Screed

Sakkas, K. , Georgopoulos, C. , Krimatoglou, L. and Krimatoglou, N. (2024) Innovative Inorganic Insulation Material (Mineral Slag Based Geopolymers) in Situ Production as Thermal Insulating Screed with Fire Resistant Properties. Open Access Library Journal, 11, 1-9. doi: 10.4236/oalib.1111134.