Recent Trends in Microencapsulation for Smart and Active Innovative Textile Products

Valdés, Arantzazu; Ramos, Marina; Beltrán, Ana M.; Garrigós, María Carmen

doi:10.2174/1385272822666180430130528

Cited by 30 publications

(26 citation statements)

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“…Techniques of Microencapsulation [8,9,26] . , recognized the human health problems concerning formaldehyde emissions that led to the use of poly(urethane-urea) (PUU) systems.…”

Section: Figmentioning

confidence: 99%

“…Lemongrass oil microcapsules were prepared using complex coacervation technique and applied on fabric using pad dry cure technique [24] . Valdes (2018), has discussed the main techniques and the different mechanisms based on the different properties and the development and application of microencapsulation. The use of different additives with medical properties, insect-repellent systems and fragrant solid carrier materials [26] .…”

Section: Figmentioning

confidence: 99%

“…Valdes (2018), has discussed the main techniques and the different mechanisms based on the different properties and the development and application of microencapsulation. The use of different additives with medical properties, insect-repellent systems and fragrant solid carrier materials [26] . Kumari (2020) selected Geranium oil as the core material and gum acacia as wall material for encapsulation using complex coacervation technique and ratio of 1:4:4 of oil, gum and gelatin [28] .…”

Section: Figmentioning

confidence: 99%

“…The wide range of benefits for aromatherapy and controlled release of essential oils and value addition in fabrics is expected to be appreciated by consumers [26] . Fragrance finishes have been applied on different fabrics such as cotton, Jute, Jute-cotton and Bamboo fabrics.…”

Section: Introductionmentioning

confidence: 99%

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An overview of microencapsulation technology in the application of aroma and antibacterial finishes

Tulshyan¹,

Dedhia²

2021

Int. J. Home Sci.

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There is a need to develop fabrics with special finishes. With the help of technological advancement researchers can bring about innovation in fabrics. The purpose of the study is to investigate the technology that can be used for application of functional finishes on fabrics. This review paper investigates the techniques applied in the formation of the microcapsules, its purpose, and method of application for fixing it on textiles, the binders and polymers used and release of aroma. There are various release mechanisms which can be applied as per the requirement or end use. The essential oils used are highly volatile in nature hence very difficult to maintain the durability of the finish in terms of storage and washability. In this review, microencapsulation techniques of application to obtain innovative fabrics for the textile sector has been highlighted.

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“…Techniques of Microencapsulation [8,9,26] . , recognized the human health problems concerning formaldehyde emissions that led to the use of poly(urethane-urea) (PUU) systems.…”

Section: Figmentioning

confidence: 99%

Section: Figmentioning

confidence: 99%

Section: Figmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

See 2 more Smart Citations

An overview of microencapsulation technology in the application of aroma and antibacterial finishes

Tulshyan¹,

Dedhia²

2021

Int. J. Home Sci.

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show abstract

“…The interaction between the dye and the fabric may inhibit the dye molecular sensing and color variations that can be observed in the solution state. Research on the application and immobilization of chromic colorants into textiles via conventional dyeing procedures is limited [12][13][14][15].…”

Section: Introductionmentioning

confidence: 99%

Smart bandage dyed with sensor probe encapsulated in alginate for wound healing monitoring ضمادة ذکية مصبوغة بصبغة استشعار مغلفة بألجينات الکالسيوم لرصد التئام الجروح

النقيب¹,

أحمد²,

خطاب³

2019

المجلة العلمية لکلية التربية النوعية - جامعة المنوفية

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Novel in-situ dressing bandage-based disposable probe that changes color upon wound healing was developed. Developing colorimetric technical textile pH-sensor can lead to attractive end-use applications as it represents the potential for inexpensive, fast, flexible pH-sensors. Herein we describe the preparation of tricyanofuran-hydrazone based disperse colorant to act as a color changeable pH-sensor. The pH responsive tricyanofuran-hydrazone was encapsulated as a core material in Ca-alginate microcapsule as a wall-former, which was loaded onto a cotton gauze by padding. This reversible color change depending on pH variations was due to charge delocalization of tricyanofuran-hydrazone anion form generated that led to a quinoid-type molecular switching. This tricyanofuran-hydrazone colorant was employed for use in technical textile materials with a pH sensing capability. The approach adopted in the present study was based on dyeing of cotton gauze using tricyanofuran-hydrazone that can afford numerical results for the pH of the wound fluid. The dyed gauze matrix showed a clear reversible color change upon exposure to acid-base solutions as indicated by color coordinates. Our results indicate an obvious color change shown to the naked eye, from orange to purple, which can be recognized at the surface of the employed fabrics when exposed to basic conditions. The surface morphology of the treated cotton gauze was investigated under scanning electron microscopy, energy-dispersive X-ray, and mapping. The treated cotton gauze was studied by exploring of the airpermeability, stiffness, and colorfastness.

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Fat Reduction: Product Challenges, Approaches, and Application of Flavors

Chen,

Qin,

Zhang

2024

Flavor-Associated Applications in Health and Wellness Food Products

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Recent Trends in Microencapsulation for Smart and Active Innovative Textile Products

Cited by 30 publications

References 0 publications

An overview of microencapsulation technology in the application of aroma and antibacterial finishes

An overview of microencapsulation technology in the application of aroma and antibacterial finishes

Smart bandage dyed with sensor probe encapsulated in alginate for wound healing monitoring ضمادة ذکية مصبوغة بصبغة استشعار مغلفة بألجينات الکالسيوم لرصد التئام الجروح

Fat Reduction: Product Challenges, Approaches, and Application of Flavors

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