Silicon Oxide Barrier Films Deposited on Polycarbonate Substrates in Pulsed Plasmas

Shafaei, S R; Yang, Lanti; Rudolph, Marcel; Awakowicz, Peter

doi:10.1007/s11090-019-10049-y

Cited by 2 publications

(1 citation statement)

References 32 publications

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“…Surface coatings refer to any homogeneous mixture of film-forming solution consisting of resin, pigments/fillers, solvent and other additives that dry by evaporation or a combination of evaporation, oxidation and polymerization to provide a thin film that is functional, protective and often decorative (Apolinario et al , 2020; Izdebska and Thomas, 2015). Recently, various efforts have been made to develop different thin layer surface coating technologies or formulations for the packaging application to obtain desirable properties such as mechanical strength, chemical resistance and optical surface appearance (Shafaei et al , 2020; Ruengkajorn et al , 2021).…”

Section: Introductionmentioning

confidence: 99%

Development and characterization of nitrocellulose/acrylic-based coatings with precipitated silica and kaolin for packaging applications

Akarca

Karayol

Yüzay

2022

PRT

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Purpose The purpose of this study is to develop a multifunctional coating layer based on nitrocellulose (NC)/acrylic resins containing precipitated silica and kaolin and investigate its suitability for use in packaging applications. Design/methodology/approach Different loading levels (1 and 5 Wt.%) of precipitated silica or kaolin particles were incorporated into NC/acrylic-based coating formulations and applied on low-density polyethylene (LDPE) films. The coatings and coated LDPE films were characterized in terms of structural, physical, mechanical, thermal, optical, surface, morphological and water vapor barrier properties. Findings The glossiness of the coating formulations decreased by increasing the precipitated silica and kaolin content. The incorporation of kaolin (1 and 5 Wt.%) and precipitated silica (1 Wt.%) had no significant effect on the melting temperature of LDPE film; however, with the addition of 5 Wt.% precipitated silica, the melting and crystallization temperatures were significantly changed. The incorporation of 5 Wt.% precipitated silica and kaolin also enhanced the water vapor barrier properties of LDPE films. The light transmittance declined with the precipitated silica and kaolin addition, especially in the ultraviolet (UV)-A/UV-B spectrum regions indicating an excellent UV light protection. Originality/value It was concluded that NC/acrylic resins coatings containing precipitated silica and kaolin exhibit improved thermal stability, UV and water vapor barrier properties and have the potential for use in packaging applications.

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