Hardness test on composite made from fibers and natural binders.
DOI:
https://doi.org/10.59814/resofro.2023.3(5)63-76Keywords:
Fibers, tests, hardness, regulations.Abstract
The hardness test includes a mixture of fiber and natural binder for use in decorative tapestries, it comes out of necessity to use the resources that we have in nature in a way that allows the use of natural fibers, often waste in various industries, and therefore the use of a certain type of natural binder. Integrated development is important for use by an organization or industry have a great price principle, which not only saves but also contributes or contributes to the reduction of environmental pollution. Develop research with a mixed approach, data collection, quantitative and qualitative information provided by other authors on similar topics. That's why we achieve results based on specific goals. Selected natural fibers act as fiber and natural binders are used as matrix for compound growth, powder used to make binders. 45% wheat, 40% water and 15% white vinegar, and this is mixed with fiber, in turn coconut, truss, abacus and pineapple are selected. Choosing fiber for the development of the composite is done using four types of configurations between fibers that finally determined that the best ingredient had a mixture of coconut, solid fiber and pineapple.
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Coverings. (2002). Kacoverings.com. Obtenido de Kacoverings.com: https://www.kacoverings.com/que-es-un-composite/
EUROLAB. (s.f.). www.laboratuar.com/. Obtenido de www.laboratuar.com/: https://www.laboratuar.com/es/testler/astm-testleri/astm-d785-rockwell-sertlik-testi/
Ferrufino, L., & Ordoñez, L. (2020). Fibras vegetales utilizadas en la artesanía en Honduras . Centro de Investigación Científica de Yucatán, A.C.
L. J. Hernández-Barón, N. M.-C. (2016). Las fibras vegetales.
Navalcomposites. (2016). navalcomposites.com. Obtenido de navalcomposites.com: https://www.navalcomposites.com/contacto
Olivares Santiago, M., Galán Marín, C., & Roa Fernández, J. (2003). Los composites. Características y aplicaciones en la edificación. Informes de la Construcción, 45-62.
Rodriguez, L. (2014). Elaboración de un material biocompuesto a partir de la fibra de plátano. Colombia: repositorio.unal.edu.co.
Service, I. P. (4 de Abril de 2000). ipsnoticias.net. Obtenido de ipsnoticias.net: https://ipsnoticias.net/2000/04/ecuador-creativo-potencial-economico-de-las-fibras-vegetales/#:~:text=Esas%20fibras%20se%20extrae%20de,mimbre%2C%20bejuco%2
Tojes, J. (2015). CARACTERIZACIÓN ENERGÉTICA DEL DENSIFICADO DE ASERRÍN. Guatemala.
Verma, R. (2020). Beneficios de los compuestos. Linkedin.
ZwickRoell, A. (s.f.). www.zwickroell.com.com. Obtenido de www.zwickroell.com.com: https://www.zwickroell.com/es/sectores/ensayo-de-materiales/ensayo-de-dureza/#c117640
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Copyright (c) 2023 Luis Adrian Palma Loor, Santiago David Quispe Macías , Franco Giovanny Palacios Pérez
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.