Analysis and Characterization of Organic Materials for Abrasive Sand-Blasting Process

This article presents the results of research conducted at the Polytechnic University of Otzolotepec, focused on characterizing organic materials for abrasive applications. The study involved producing powders from walnut shells and orange peels, aiming to develop an organic abrasive for cleaning and material removal. The project successfully resulted in an environmentally friendly abrasive compatible with abrasive discs. The sandblasting process, using pressurized air and the organic abrasive, effectively cleans and removes impurities from various materials, including deep craters, with minimal material wear. Conducted in the Manufacturing Technology Engineering laboratory, the research emphasized identifying and processing locally available organic materials to minimize environmental impact and health risks for students and faculty. This article outlines the project's methodology, findings, and the critical factors contributing to its success, while highlighting the practical experiences and outcomes achieved during its implementation.

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Publication Details

Journal
Revista de Ingeniería Mecánica
Published
2025-02-28
DOI
https://doi.org/10.35429/jme.2025.9.22.1.1.11
Primary Topic
Engineering and Environmental Studies
Type
article
Field-Weighted Citation Impact
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article

Analysis and Characterization of Organic Materials for Abrasive Sand-Blasting Process

J Montufar, Daniela García-Medina
Revista de Ingeniería Mecánica
Engineering and Environmental Studies
article

Analysis and Characterization of Organic Materials for Abrasive Sand-Blasting Process

J Montufar, Daniela García-Medina
article en

Abstract

This article presents the results of research conducted at the Polytechnic University of Otzolotepec, focused on characterizing organic materials for abrasive applications. The study involved producing powders from walnut shells and orange peels, aiming to develop an organic abrasive for cleaning and material removal. The project successfully resulted in an environmentally friendly abrasive compatible with abrasive discs. The sandblasting process, using pressurized air and the organic abrasive, effectively cleans and removes impurities from various materials, including deep craters, with minimal material wear. Conducted in the Manufacturing Technology Engineering laboratory, the research emphasized identifying and processing locally available organic materials to minimize environmental impact and health risks for students and faculty. This article outlines the project's methodology, findings, and the critical factors contributing to its success, while highlighting the practical experiences and outcomes achieved during its implementation.

Revista de Ingeniería Mecánica
Openalex Percentile: Top 95%
Engineering and Environmental Studies
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