The project was born due to the concern to create a material of organic origin, with soluble capacities, capable of integrating into the marine life cycle, and at the same time with a resistance that allows it application in products. Lugae is a material that is substantially composed of locally produced raw materials.
During the research process, the efforts focused on generating a methodology that allowed to characterise the material with greater precision, encompassing those properties that were defined as substantial to understand the material, and as designers, for the evaluation of future specific applications. Primary information, which places value on the material, and makes it possible to more clearly visualise its alternative uses.
Nowadays, for creatives, there is a transcendental role to incorporate more responsible and committed processes with nature, therefore, to transfer the experience obtained in the exploration process, is vital to contribute to the study of new alternatives for more sustainable materials.
Based on the research carried out and the importance of promoting the use of local resources, Lugae is a biomaterial produced in the form of a thin sheet, made from three ingredients of organic origin: carrageenan, vegetable glycerin, and water. Carrageenan is a polysaccharid extracted in Chile from red algae species (red luga, black luga and short luga), it is used in the food industry, as a stabiliser and binder and also on dairy foods and beverages. Likewise, the pharmaceutical medical industry uses it to make medicine and film capsules.
By exploring multiple proportions and combinations, the lugae collection presents three versions of the same recipe, in which the amount of glycerin and the type of water (distilled and filtered sea) varies.
Lugae is a film with unique characteristics and properties, difficult to compare with other synthetic material. It behaves like a thin leather when subjected to tensile forces but is easy to crack like paper. One of its main attributes compared to other bioplastics is its great opacity and double texturing, where it is smooth and sometimes shiny on the one hand and rough and opaque on the other.
Valentina Márquez, Carolina Pacheco, Fernanda Vio, Tomás Vivanco
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Valentina Márquez, Fernanda Vio, Carolina Pacheco