Abstract
Modern technologies using an «electronic nose» imitating the human sense of smell open up new prospects for the objective assessment of the organoleptic properties of polymer materials. The purpose of the study was to compare the level of emissions of volatile organic compounds from modern base materials used in various technological processes for the manufacture of removable denture structures, as well as to assess the possible organoleptic properties of the finished dentures in comparison with known analogues using an «electronic nose» gas analyzer. For this purpose, samples were made from different polymer base materials in the amount of 26 pieces, which were studied using an “electronic nose” gas analyzer using the author’s method [Kuchmenko et al., 2023]. The study confirmed the effectiveness of the proposed improved technology in reducing the noise level of volatile organic compounds in samples made from the «Belakril-E GO» base material by 29 % compared to similar samples produced using standard technology. A reduction in the amount of volatile organic compounds that can cause unwanted odors confirms the higher purity and quality of the polymer and will contribute to a more comfortable adaptation of patients to removable dentures made from this polymer.
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