Abstract

Monography [1] confirms that Lightweight Floor System with aluminum foil, abbreviated as LFS-L meets at least three assumed hypotheses...

Highlights

  • Monography [1] confirms that Lightweight Floor System with aluminum foil, abbreviated as Lightweight Floor System with lamellas (LFS-L) meets at least three assumed hypotheses: a

  • Monography [1] confirms that Lightweight Floor System with aluminum foil, abbreviated as LFS-L meets at least three assumed hypotheses: a

  • An easier technical solution that does not take time to prime and strengthen of the metal lamellas when gluing tiles over, is the use of polyurethane adhesives. This adhesive is most important in the whole crosssection of a light floor without screeds, because it must transfer various types of internal stresses arising from external loads, including thermal interactions between layers with significantly different strength indicators

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Summary

Introduction

Monography [1] confirms that Lightweight Floor System with aluminum foil, abbreviated as LFS-L meets at least three assumed hypotheses: a. The construction of the Lightweight Floor System (LFS) without screeds, with a heating coil, consists of several layers When mounting this system on the floor, the bottom layer is usually made of extruded XPS polystyrene or expanded EPS boards. They are available in raw or covered with the so-called „metal lamellas” or aluminum foil (LFS-L). An easier technical solution that does not take time to prime and strengthen of the metal lamellas when gluing tiles over, is the use of polyurethane adhesives This adhesive is most important in the whole crosssection of a light floor without screeds, because it must transfer various types of internal stresses arising from external loads, including thermal interactions between layers with significantly different strength indicators. Tensile tests were carried out in the laboratory of the Bialystok University of Technology

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