Potential of nanoproducts in industrial design projects

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p. 25-30

Received: oct. 5, 2023
Accepted: ene. 4, 2024
Published: ene. 10, 2024
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Potential of nanoproducts in industrial design projects

Cyntia Molina Gamonal
Higher Institute of Design. University of Havana. Havana
https://orcid.org/0009-0007-3872-0627
Cuba
Antonio José Berazaín Iturralde
Higher Institute of Design. University of Havana. Havana
https://orcid.org/0000-0002-3961-8452
Cuba

Abstract

Today, nanotechnology has invaded numerous areas of contemporary life, including industrial design.


The emergence of nanoproducts, in particular, nanocomposites and nanocoatings, opens new perspectives for design projects, due to their possibilities for improving product performance.


However, the economic limitations to access them and the lack of knowledge about their benefits on the part of the community of designers constitute objective and subjective barriers that restrict their use in the professional activity of national industrial design.


This work aims to contribute to the dissemination of the topic, for which an extensive bibliographic review was carried out that shows the potential of the application of nanoproducts in industrial design projects.

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How to Cite
Molina Gamonal, C., & Berazaín Iturralde, A. J. (2024). Potential of nanoproducts in industrial design projects. A3manos, 11(21), 25–30. Retrieved from https://a3manos.uh.cu/index.php/a3manos/article/view/380
Issue
Vol. 11 No. 21 (2024): No. 21 - January - June / 2024

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Curriculum synthesis

Cyntia Molina Gamonal, Higher Institute of Design. University of Havana. Havana

Graduated in Industrial Design from the Higher Institute of Design (ISDi) of the University of Havana (UH) in 2020, with the diploma work: Design of recreational structures to promote scientific culture.

She has participated as a speaker in scientific events such as the VIII Ibero-American Workshop on University Physics (2019), the XV Symposium of the Cuban Physics Society (2020) and the XI International Design Congress of Havana Forma 2023.

She is currently pursuing a master's degree in Design Management attached to the ISDi. His research addresses the selection of nanoproducts in design projects. She is professionally dedicated to Space design.

Antonio José Berazaín Iturralde, Higher Institute of Design. University of Havana. Havana

Consulting professor at the Department of Industrial Design of the Higher Institute of Design (ISDi) of the University of Havana. Master in Physics Teaching. He has 50 years of experience in Higher Education, dedicated to the training of teachers and industrial designers. He has held different management positions, such as head of teaching department, vice dean and vice rector. He has participated in a hundred scientific events in Cuba and others countries. He has about 50 publications, in scientific journals or reports of events related to materials science and physics teaching.

References

-AliExpress. Espray de cerámica nanochapado en cristal, pintura hidrofóbica para coche, Spray protector para pulir, autolimpieza. Recuperado de https://es.aliexpress.com/i/1005004798678607.html

-AliExpress. Grafeno de espuma, compuesto de nanotubos de carbono. Recuperado de https://es.aliexpress.com/item/32910775849.html

-AliExpress. Película protectora de pantalla nanolíquida, agente de recubrimiento por rayones, reparación, solución de recubrimiento oleofóbico de teléfono móvil, 30 ml. Recuperado de https://es.aliexpress.com/item/1005002913236927.html

-Amazon. FAUUCHE JF-Xuan - Cinta dispensadora de cinta nanopoliuretano, cinta fluorescente, cinta de doble cara, cinta luminosa, sin rastros, calcomanía de brillo nocturno, decoración del hogar, 0.197 x 1.181 in, 100 %. Recuperado de https://www.amazon.com/-/es/FAUUCHE-JF-Xuan-dispensadora-nanopoliuretano-1-181/dp/B09Q8TB3GC

-Amazon. Hendlexnano spray impermeabilizante textil, líquido hidrofóbico para ropa 200 ml. Recuperado de https://www.amazon.es/Hendlex-Impermeabilizante-Nanotecnologia-Impermeable-impermeabilizante/dp/B01M13K0O1

-Amazon. Lasur nano 71 alta tecnología Cedria (Verticales) 750 ml (Teka). Recuperado de https://www.amazon.es/Lasur-nano-tecnologia-Cedria-Verticales/dp/B0796V8MQ8

-Amazon. Nano exterior paint WO-WE W520. Recuperado de https://www.amazon.de/-/en/Nano-exterior-paint-WO-WE-W520/dp/B07F17B464

-Arquitectura y Empresa. Nanotecnología aplicada al sector industrial. Ultra EverDry. Recuperado de https://arquitecturayempresa.es/noticia/nanotecnologia-aplicada-al-sector-industrial-ultra-ever-dry

-Barrueta, N. & Berazaín, A. (2016). Una revolución en el diseño y la ingeniería: nanomateriales. A3manos. Revista de la Universidad Cubana de Diseño, 05, pp.74-90.

-Findik, F. (2021). Nanomaterials and their applications. Periodicals of Engineering and Natural Sciences, 3(9), pp.62-75.

-Isdi (2016). Plan de estudios E de la carrera de Diseño Industrial. Instituto Superior de Diseño. Universidad de La Habana.

-Mendoza, C. F. & Meraz, L. (2012). Hacia la nanociencia verde: nanomateriales, nanoproductos y nanorresiduos. Materiales Avanzados, 19, pp. 39-41.

-Ondi (2023). Registro de diseñadores cubanos. Comunicación personal.

-Quispe, V. H. (2012). Aplicaciones industriales de la nanotecnología. Revista de información tecnología y sociedad, pp. 58-61.

-The Royal Society & The Royal Academy of Engineering (2004). Nanoscience and nanotechnologies: opportunities and uncertainties. London: The Royal Society.

-Vollath, D. (2013). Nanomaterials. An Introduction to Synthesis, Properties, and Applications (Second Edition). Weinheim: Wiley-VCH.