%0 Journal Article
%T Anti
%A Cheng Zhang
%A Dingfei Wang
%A Fengxiu Zhang
%A Guangxian Zhang
%A Ling Zhong
%J Textile Research Journal
%@ 1746-7748
%D 2019
%R 10.1177/0040517518773375
%X Grafting graphene on polyethylene terephthalate (PET) fibers requires a large number of environmentally harmful chemicals. In this study, a facile high-temperature and high-pressure method of inlaying graphene nanoplatelets was applied to fabricate anti-ultraviolet (UV) and anti-static graphene/PET composites. The resulting graphene-inlaid (GI) PET fabric, which showed excellent anti-ultraviolet and anti-static properties, was characterized by scanning electron microscopy, energy-dispersive X-ray spectroscopy, Fourier transform¨Cinfrared spectroscopy and X-ray diffraction. Results suggested that graphene had been inlaid into the PET fiber surface, and that the optimal inlaying conditions were as follows: inlaying temperature 200¡æ, inlaying pressure 15£¿MPa, and inlaying time 15£¿s. The UV protection factor of the GI PET fabric under optimal conditions could reach 50+ and was maintained at 50+ after 50 laundering cycles. The peak values of the static voltage and its half-time in the GI PET fabric could be reduced from 500.0£¿V to 10.0£¿V and from 7.39£¿s to 0.53£¿s, respectively, and the electrical resistivity of the GI PET fabric was 36.04 ¡À 0.14 k¦¸.cm. The breaking strengths of the GI PET fabrics could be retained over 70.0% that of the pure PET fabric. The facile high-temperature and high-pressure inlaying method is an eco-friendly technique that requires very few chemicals, except for ethyl alcohol
%K PET fabric
%K graphene nanoplatelets
%K inlaying
%K anti-ultraviolet property
%K anti-static property
%U https://journals.sagepub.com/doi/full/10.1177/0040517518773375