Environmental Limits of Using Newly Developed Progressive Polymer Protection and Repair Systems

Authors: J. Hodna, B. Dohnalkova, V. Petranek, R. Drochytka

Abstract:

The paper is focused on the identification of limiting environmental factors of individual industrial floors on which newly developed polymer protection and repair systems with the use of secondary raw materials will be used. These mainly include floors with extreme stresses and special requirements for materials used. In relation to the environment of a particular industrial floor, it is necessary to ensure, for example, chemical stability, resistance to higher temperatures, resistance to higher mechanical stress, etc. for developed materials, which is reflected in the demands for the developed material systems. The paper describes individual environments and, in relation to them, also requirements for individual components of the developed materials and for the developed materials as a whole.

Keywords: Limits, environment, polymer, industrial floors, recycling, secondary raw material, protective system.

Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1100767

References:

[1] Tesar, Filip. The Development of Multi-layer polymer flooring systems: thesis. Brno University of Technology. Faculty of Civil Engineering. Institute of Technology of Building Materials and Components. 2012.
[2] Oggermüller, H, Essen, B.: Neuburg Siliceous Earth –Functional Filler in High Solid Epoxy Coatings for Heavy Duty Corrosion Protection, HOFFMANN MINERAL, Neuburg 2010.
[3] ČSN EN 1504-3. Products and systems for the protection and repairs of concrete structures – Definitions, requirements, quality control and conformity assessment.
[4] Dohnalkova, B., Hodna, J., Petranek, V. (2015). Expert Report – “Identification of limiting environmental factors for individual industrial floors and selection of suitable fillers and binders” for the Project of Technology Agency of the Czech Republic.
[5] Jancar, J. (2003). Introduction to Material Engineering of Polymer Composites. Brno, Czech Republic.
[6] http://lenachemical.com.