Open Access Research Article

An Investigation into the Performance Viability of Recycled Polyester (R-PET) from Virgin Polyester (V-PET)

Hayley McCullough and Danmei Sun*

Heriot Watt University, UK

Corresponding Author

Received Date: April 03, 2019;  Published Date: May 10, 2019


The environmental impact of plastics has been made increasing concerns in recent years. Post-consumer plastic bottles created an environmental crisis. Polyester is a very versatile fibre material that has been widely used in the textile and fashion industry. However recycled polyester (R-PET) is not yet widely available at a commercial mass-market scale. Also, there is limited academic literature available on the performance characteristics of R-PET in textile form. This study attempts to compile a rounded evaluation of R-PET textiles derived from post-consumer plastic bottles, based on some objective tests related mainly to fabric mechanical properties. Tested samples are from two equivalent fabrics that were developed in this study – one is made of R-PET and the other the virginal polyester (V-PET). R-PET fabric showed very positive results in the tensile strength, abrasion resistance that provided promising potential to be used as a new feedstock for technical textiles, as well as fashion clothing. This will reduce waste to landfill or oceans. It can also reduce the use of new V-PET made of crude oils and reduce pollution and environmental impact.

Keywords: Recycled polyester; Strength; Flexibility; Abrasion resistance; Formability

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