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COMPARISON OF THE MECHANICAL AND DIELECTRIC CHARACTERISTICS OF VARIOUS POLYMERS MIXED WITH GROUND TIRED RUBBER (GTR) FOR ITS APPLICATION AS INDUSTRIAL WORK FOOTWEAR INSULATOR

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JANUARY 2020   -  Volume: 95 -  Pages: 61-67

DOI:

https://doi.org/10.6036/9184

Authors:

RAMON MARIA MUJAL ROSAS - MARC MARIN GENESCA - JORDI GARCIA AMOROS - XAVIER COLOM FAJULA - XAVIER SALUEÑA BERNA

Disciplines:

  • Environmental technology and engineering (RESIDUOS INDUSTRIALES )

Downloads:   278

Cites in Web of Science:  2

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Received Date :   27 March 2019

Reviewing Date :   29 March 2019

Accepted Date :   27 June 2019


Key words:
GTR, Reciclaje, Propiedades eléctricas, Propiedades mecánicas, Aislamiento, Uso como aislamiento, zapatos de trabajo, Recycling, Electrical properties, Mechanical properties, Insulation, Use as isolation of work shoes.
Article type:
ARTICULO DE INVESTIGACION / RESEARCH ARTICLE
Section:
RESEARCH ARTICLES

The massive manufacture of tires and their difficulty for subsequent recycling, represents today, a serious environmental problem. There are several methods to try to recycle used tires, one of them is mechanical separation, in which the vulcanized rubber is separated from steel and fibers, which results in a rubber that can be milled into small particles (Ground Tire Rubber, or GTR). This rubber can be used in various applications, such as the one presented by this research, in which, once mixed with customary polymers, it should be used for the manufacture of insulation for industrial work shoes. Therefore, the objective of this study is to evaluate the results of mixing these GTR particles with several commonly used polymer matrices (polymer + GTR), verifying that both their mechanical and dielectric properties comply with the standards established for the manufacture of the insulation for shoes for industrial use. The analysis will be carried out using seven polymer matrices mixed with different concentrations of GTR.

Keywords: GTR, Recycling, Electrical properties, Mechanical properties, Insulation, Use as isolation of work shoes.

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