Vol 3, No 18 (2015)
- Year: 2015
- Published: 15.06.2015
- Articles: 10
- URL: https://ogarev-online.ru/2311-2468/issue/view/18977
Full Issue
Physicomechanical properties of bioresistant polymeric composites filled with quartz sand
Abstract
Sample polymeric composites filled with quartz sand and containing modifying additives based on guanidine were made. The tests showed an improvement of the composites physicomechanical and operational properties and their durability in microbiological hostile environment.
Changing of physicomechanical properties of polymeric composites depending on their filling rate and biocidal additive content
Abstract
The dependence of polymeric composite physicomechanical properties on the stone screening dust filling rate and the content of biocidal additive based on guanidine was studied. Sample construction composites of improved strength and operational properties were made.
Physicomechanical properties of bioresistant polymeric composites filled with fine limestone powder
Abstract
Sample polymeric composites filled with fine limestone powder and containing Teflex biocidal additives of were made. The tests demonstrated an improvement of the sample composites physicomechanical and operational properties as well as their durability in microbiological hostile environment.
The effect of expanded clay fine powder filling rate on physicomechanical properties of polymeric composites with biocidal additive
Abstract
A number of tests were done to study the effect of the expanded clay fine powder filling rate on the physicomechanical properties of polymeric composites with Teflex biocidal additive. As a result, polymeric composite samples with improved physicomechanical and operational properties were made.
The properties of polymeric composites filled with granite fine powder and containing biocidal additive
Abstract
Sample structures filled with granite fine powder and containing a biocidal additive were made in order to study the filler and additive coeffect on polymeric composite properties. The optimum combination of the studied components improves the physicomechanical and operational properties of the composite materials as well as their durability.
A study of properties of polymeric composites filled with portland сement and containing biocidal additive
Abstract
Sample structures filled with Portland cement and containing a biocidal additive were made in order to study the coeffect of the filler and additive on the polymeric composite properties. The tests showed that a certain combination of the components improves physicomechanical and operational properties as well as durability of the polymeric composites.