Abstract
The search for new applications to use boards requires innovation of their pro-perties. The improvement of insulation properties, the possibility to regulate the environmental conditions, the improvement of fire resistance and the increase of physical and mechanical properties allow a more diverse use of boards. Using new components in the production of boards and/or component materials also called composites (1), enables the improvement of these properties. This publication analyses different physical and mechanical properties of various types of single-layer boards produced either based on expanded vermiculite particles bonded with soluble silicate glasses (2) or based on lignocelluloses particles bark of Pinus pinaster Ait., agglutinated with cement derivatives of magnesium (3), the latter included in the classification of the norm (4). Commercial wood wool boards (5) are used as reference material.
Highlights
La búsqueda de nuevas aplicaciones en el uso de los tableros requiere de la innovación en sus propiedades
This publication analyses different physical and mechanical properties of various types of single-layer boards produced either based on expanded vermiculite particles bonded with soluble silicate glasses [2] or based on lignocelluloses particles bark of "Pinus pinaster" Ait., agglutinated with cement derivatives of magnesium [3], the latter included in the classification of the norm [4]
Forest Product Journal, vol 10[5] (1960), pp. 243-246, ISSN 00157473. [30] Frybort, S.; Mauritz, R.; Teischinger, A. y Müllera, U.: “Cement bonded composites review”, BioResources, vol 3 [2] (2008), pp. 602-626, ISSN: 1930-2126
Summary
La búsqueda de nuevas aplicaciones en el uso de los tableros requiere de la innovación en sus propiedades. Esta publicación analiza diversas propiedades físicas y mecánicas de varios tipos de tableros monocapa, elaborados, por un lado, a base de partículas minerales de vermiculita expandida aglutinadas con silicatos de vidrios solubles [2], y por otro lado, a base de partículas lignocelulósicas de corteza de Pinus pinaster Ait., aglutinadas con cementos derivados del magnesio [3], incluidos ya estos últimos en la clasificación de la norma [4]. This publication analyses different physical and mechanical properties of various types of single-layer boards produced either based on expanded vermiculite particles bonded with soluble silicate glasses [2] or based on lignocelluloses particles bark of "Pinus pinaster" Ait., agglutinated with cement derivatives of magnesium [3], the latter included in the classification of the norm [4].
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