COMPARATIVE ANALYSIS OF FIBRE-REINFORCED PLASTERS FOR THE PRODUCTION OF PRECAST ELEMENTS

DANIEL FERRANDEZ VEGA; PABLO SAIZ MARTINEZ; CARLOS MORON FERNANDEZ; EVANGELINA ATANES SANCHEZ

doi:https://doi.org/10.6036/9576

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COMPARATIVE ANALYSIS OF FIBRE-REINFORCED PLASTERS FOR THE PRODUCTION OF PRECAST ELEMENTS

MAY 2020 - Volume: 95 - Pages: 333-338

DOI:

https://doi.org/10.6036/9576

Authors:

DANIEL FERRANDEZ VEGA

PABLO SAIZ MARTINEZ

CARLOS MORON FERNANDEZ

EVANGELINA ATANES SANCHEZ

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Downloads: 30

Cites in Web of Science: 3

How to cite this paper:

Received Date : 2 December 2019

Reviewing Date : 3 December 2019

Accepted Date : 21 February 2020

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Key words:: gypsum-based composite, natural fibre, synthetic fibre, prefabricated, escayolas, fibras naturales, fibras sintéticas, prefabricados
Article type:: ARTICULO DE INVESTIGACION / RESEARCH ARTICLE
Section:: RESEARCH ARTICLES

Gypsum is a material that has been widely used since ancient times in building and industrial construction. Due to the great development of prefabricated construction in the last years, diverse authors have tried to improve the properties of plaster panels and boards through its composition variations. The aim of this study is to determine what type of fibre, among the most used in plaster mixing ones, presents better properties to be used in prefabricated elements. For this, five types of fibres were used: two natural (wood and straw) and thee synthetic (glass, basalt and polypropylene), performing all the tests according to the standard UNE-EN 132792:2006. The conclusions show after statistical analysis that fiberglass presents better results for its application in the production of gypsum prefabricated panels and boards.

Key words: gypsum-based composite, natural fibre, synthetic fibre, prefabricated.

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