Design and Development of Scented Thai Silk Artificial Flowers of Patama Brand Using Microencapsulation Technology

Abstract

The objectives of this study were to 1) design artificial flowers from Thai silk fabric and further develop them into fashion accessories products; 2) develop the artificial flowers from Thai silk fabric of Patama Brand using fragrance microencapsulation technology; and 3) survey on consumer satisfaction on Thai silk artificial flowers of Patama Brand developed by using fragrance microencapsulation technology. In this study, Thai silk artificial flowers were designed and developed into fashion accessories products using sustainable fashion design concepts for the maximum benefits and variety of silk fabric applications in combination with bag hardware and accessories. Twenty draft designs were presented to the experts for assessment and six designs. The coating experiment using fragrance microencapsulation technology showed that Fragrance P01 had a highest average score of 4.8, which was at the highest level, followed by Fragrance P04 with an average score of 4.2, which was at a high level. Silk fabric coated with microencapsulated fragrance was covered with powder, resulting in slight discolouration of the fabric. However, the texture remained the same and showed a pleasant smell. According to the results, it can be concluded that P01 fragrance microcapsules on silk fabric were more effective compared to P04 fragrance microcapsules. P01 Fragrance gave feelings of cleanliness, freshness, and relaxation and is reminiscent of younger workers. P04 Fragrance gave a sensation of sweetness with a floral scent and is reminiscent of a sweet woman. However, P04 fragrance microcapsules showed higher concentration compared to silk fabric coated with P01 fragrance microcapsules. This research study shows the application of flowers as the fragrance of silk and the concept of using Thai silk for maximum benefit and diversity.