Study on Synthesis and Paper-Plastic Composite Property of Maleic Rosin Modified Acrylic Resin

Yan, Jin; Chen, Guang Xue; Wen, Shuang; Cui, Xiao Meng; Qu, Zhen Cai

doi:10.4028/www.scientific.net/amr.174.462

Cited by 1 publication

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“…Typically, the second industry produces derivatives in the form of elastomers, polymers for biomedical applications, coatings, adhesives, and surfactants [ 6 ], as well as food products and excipients for the fragrance and pharmaceutical industries [ 7 ]. Recently, colophony derivatives were recognized as exceptional and sustainable binders that can be used in combination with other materials to improve physical properties [ 8 , 9 ] or as repellent and anti-microbial coatings [ 10 , 11 ]. Additionally, their application to the fabrication of adhesives has been successfully investigated (see Hayashi et al [ 12 ], Petrie [ 13 ], Unger et al [ 14 ]).…”

Section: Introductionmentioning

confidence: 99%

On the Design of Aqueous Emulsions of Colophony Resin

Ingrez

Ferreira

Gameiro³

et al. 2023

Polymers

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Companies regularly face market pressure to develop products faster but they also need to simultaneously incorporate technological constraints, sustainability trends, and customer requirements into their designs, which requires the use of systematic procedures. Firms that exploit natural resources and convert them into high-value products are among them. However, the literature on the application of such systematic approaches to products of this type remains scarce, as they often requrire extensive experimental plans involving the testing and optimization of multiple formulations. Here, we propose a systematic approach to the design of pine-resin-in-water emulsions, which can be used to fabricate pressure-sensitive adhesives. The strategy is customer-centric in the sense that the customers’ specifications are integrated into the decision-making tool used to assess the quality of the formulations obtained through experiments. This tool uses loss functions to assess satisfaction with individual quality characteristics and multi-attribute decision-making methods to integrate them into an overall quality metric. Our framework is aligned with industrial practices and consists of three sequential stages: (i) screening of primary factors; (ii) optimization of secondary factors; and (iii) assessment of the experimental repeatability of the formulations. In each of these stages, the decision-making tool is used to “drive” the process of finding the optimal formulation.

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