Enhancement of the vertical thermal conductivity in conductive silicone composites using hybrid fillers and double-sided coating process

  • Kim, Do Hyun; 
  • Lee, Sujin; 
  • Park, Jisung; 
  • Park, Chan Beom; 
  • Kim, Soyern; 
  • ... Lee, Jun Hyup; 
  • 외 2명
Citations

WEB OF SCIENCE

1
Citations

SCOPUS

1

초록

Herein, we propose an effective method for improving the vertical thermal conductivity of conductive silicone composites using thermally conductive hybrid fillers and a double-sided coating process. By applying the resin mixing and screen-printing method instead of the conventional spray coating, it was possible to prevent the shrinkage of the conductive composite fabric. It was found that a higher graphene content in the hybrid filler resulted in a higher thermal conductivity for the conductive composites. Moreover, a double-sided coating of conductive silicone additionally improved the vertical thermal conductivity of the fabric due to the formation of a double-sided heat transfer network.

키워드

Double-sided coating; hybrid filler; silicone composite; smart textile; thermal conductivity; SMART TEXTILES; HUMAN MOTION; SENSOR
제목
Enhancement of the vertical thermal conductivity in conductive silicone composites using hybrid fillers and double-sided coating process
저자
Kim, Do Hyun; Lee, Sujin; Park, Jisung; Park, Chan Beom; Kim, Soyern; Shin, Gyu Jin; Kim, Sang Hee; Lee, Jun Hyup
DOI
10.1080/15421406.2023.2176051
발행일
2023-07
유형
Article
저널명
Molecular Crystals and Liquid Crystals
권
759
호
1
페이지
99 ~ 105