@article{ART002540843},
author={Seong-Hun Yu and Jong-hyuk Lee and Jee-Hyun Sim},
title={Characterization of PETG Thermoplastic Composites Enhanced TiO2, Carbon Black, and POE},
journal={Textile Coloration and Finishing },
issn={1229-0033},
year={2019},
volume={31},
number={4},
pages={354-362},
doi={10.5764/TCF.2019.31.4.354}
TY - JOUR
AU - Seong-Hun Yu
AU - Jong-hyuk Lee
AU - Jee-Hyun Sim
TI - Characterization of PETG Thermoplastic Composites Enhanced TiO2, Carbon Black, and POE
JO - Textile Coloration and Finishing
PY - 2019
VL - 31
IS - 4
PB - The Korean Society Of Dyers And Finishers
SP - 354
EP - 362
SN - 1229-0033
AB - In order to apply thermoplastic composites using PETG resin to various industrial fields such as bicycle frames and industrial parts, it is necessary to verify the impact resistance, durability and mechanical properties of the manufactured composite materials. To improve the mechanical properties, durability and impact resistance of PETG resin, an amorphous resin, in this study, compound and injection molding process were carried out using various additives such as TiO2, carbon black, polyolefin elastomer, and PETG amorphous resin. The thermal and mechanical properties of the thermoplastic composites, and the Charpy impact strength, The analysis was performed to evaluate the characteristics according to the types of additives. DSC and DMA analyzes were performed for thermal properties, and tensile strength, flexural strength, and tensile strength change rate were measured using a universal testing machine to evaluate mechanical properties. Charpy impact strength test was conducted to analyze the impact characteristics, and the fracture section was analyzed after the impact strength test. In the case of POE materialadded thermoplastic composites, thermal and mechanical properties tend to decrease, but workability and impact resistance tend to be superior to those of PETG materials.
KW - PETG;thermoplastic composites;compounding;additive;polyolefin elastomer
DO - 10.5764/TCF.2019.31.4.354
ER -
Seong-Hun Yu, Jong-hyuk Lee and Jee-Hyun Sim. (2019). Characterization of PETG Thermoplastic Composites Enhanced TiO2, Carbon Black, and POE. Textile Coloration and Finishing , 31(4), 354-362.
Seong-Hun Yu, Jong-hyuk Lee and Jee-Hyun Sim. 2019, "Characterization of PETG Thermoplastic Composites Enhanced TiO2, Carbon Black, and POE", Textile Coloration and Finishing , vol.31, no.4 pp.354-362. Available from: doi:10.5764/TCF.2019.31.4.354
Seong-Hun Yu, Jong-hyuk Lee, Jee-Hyun Sim "Characterization of PETG Thermoplastic Composites Enhanced TiO2, Carbon Black, and POE" Textile Coloration and Finishing 31.4 pp.354-362 (2019) : 354.
Seong-Hun Yu, Jong-hyuk Lee, Jee-Hyun Sim. Characterization of PETG Thermoplastic Composites Enhanced TiO2, Carbon Black, and POE. 2019; 31(4), 354-362. Available from: doi:10.5764/TCF.2019.31.4.354
Seong-Hun Yu, Jong-hyuk Lee and Jee-Hyun Sim. "Characterization of PETG Thermoplastic Composites Enhanced TiO2, Carbon Black, and POE" Textile Coloration and Finishing 31, no.4 (2019) : 354-362.doi: 10.5764/TCF.2019.31.4.354
Seong-Hun Yu; Jong-hyuk Lee; Jee-Hyun Sim. Characterization of PETG Thermoplastic Composites Enhanced TiO2, Carbon Black, and POE. Textile Coloration and Finishing , 31(4), 354-362. doi: 10.5764/TCF.2019.31.4.354
Seong-Hun Yu; Jong-hyuk Lee; Jee-Hyun Sim. Characterization of PETG Thermoplastic Composites Enhanced TiO2, Carbon Black, and POE. Textile Coloration and Finishing . 2019; 31(4) 354-362. doi: 10.5764/TCF.2019.31.4.354
Seong-Hun Yu, Jong-hyuk Lee, Jee-Hyun Sim. Characterization of PETG Thermoplastic Composites Enhanced TiO2, Carbon Black, and POE. 2019; 31(4), 354-362. Available from: doi:10.5764/TCF.2019.31.4.354
Seong-Hun Yu, Jong-hyuk Lee and Jee-Hyun Sim. "Characterization of PETG Thermoplastic Composites Enhanced TiO2, Carbon Black, and POE" Textile Coloration and Finishing 31, no.4 (2019) : 354-362.doi: 10.5764/TCF.2019.31.4.354
