본문 바로가기
KCI 등재

N2 plasma treatment of pigments with minute particle sizes to improve their dispersion properties in deionized water

Journal of Ceramic Processing Research
약어 : J. Ceram. Process. Res.
2019 vol.20, no.6, pp.589 - 596
DOI : 10.36410/jcpr.2019.20.6.589
발행기관 : 한양대학교 청정에너지연구소
연구분야 : 재료공학
Copyright © 한양대학교 청정에너지연구소
Jingjing Zhang 1 ,  Yeong-Min Park 2 ,  Xing Yan Tan 3 ,  Mun Ki Bae 4 ,  Dong Jun Kim 5 ,  Tae Hwan Jang 6 ,  Min Su Kim 7 ,  Seung Whan Lee 8 ,  김태규 9

1Pusan National University

2Pusan National University

3Pusan National University

4Pusan National University

5Pusan National University

6Pusan National University

7Pusan National University

8National Fusion Research Institute

9Pusan National University

273 회 열람

Pigments with minute particle sizes, such as carbon black (CB) and pigment red 48:2 (P.R.48:2), are the most important types of pigment and have been widely used in many industrial applications. However, minute particles have large surface areas, high oil absorption and low surface energy. They therefore tend to be repellent to the vehicle and lose stability, resulting in significant increases in viscosity or reaggregation in the vehicle. Therefore, finding the best way to improve the dispersion properties of minute particle size pigments presents a major technical challenge. In this study, minute particle types of CB and P.R.48:2 were treated with nitrogen gas plasma generated via radio frequency-plasma enhanced chemical vapor deposition (RF-PECVD) to increase the dispersion properties of minute particles in deionized (DI) water. The morphologies and particle sizes of untreated and plasma treated particles were evaluated using scanning electron microscopy (SEM) and atomic force microscopy (AFM). The average distributions of particle size were measured using a laser particle sizer. Fourier transform infrared spectroscopy was carried out on the samples to identify changes in molecular interactions during plasma processing. The results of our analysis indicate that N2 plasma treatment is an effective method for improving the dispersibility of minute particles of pigment in DI water.

N2 Plasma, Plasma treatment, Dispersion, Aggregation, RF-CVD.

  • 1. [학술지] W. B. Wiegand / 1934 / Ind. Eng. Chem / 26 (4) : 413 ~ 4
  • 2. [단행본] W. Herbst / 2004 / Industrial organic pigments : production, properties, applications / Wiley-VCH
  • 3. [단행본] J. V. Koleske / 2012 / Paint and Coating Testing Manual: 15th. Edition of the Gardner-Sward Handbook / ASTM International
  • 4. [단행본] J. Bieleman / 2000 / Additives for coatings / Wiley-VCH
  • 5. [학술지] N. Steiert / 2007 / / Macromol. Mater. Eng. / 292 (10-11) : 1111 ~ 10-11
  • 6. [학술지] Y. Zhang / 2001 / Macromolecules / 34 (20) : 7056 ~ 20
  • 7. [단행본] T. Whelan / 1994 / Polymer Technology Dictionary / Springer Netherlands
  • 8. [학술지] C. Sauter / 2008 / Ultrason. Sonochem / 15 (4) : 517 ~ 4
  • 9. [단행본] H. Barthel / 1995 / Organosilicon Chemistry II / Wiley-VCH Verlag GmbH : 761 ~
  • 10. [학술지] S. Tsantilis / 2004 / Langmuir / 20 (14) : 5933 ~ 14
  • 11. [단행본] Wiley / 2012 / Processing and Finishing of Polymeric Materials / John Wiley & Sons
  • 12. [학술지] S. -H. Fu / 2008 / J. Dispers. Sci. Technol / 29 (1) : 115 ~ 1
  • 13. [학술지] K. Oh-Ishi / 2004 / Metall. Mater. Trans. A / 35 (9) : 2951 ~ 9
  • 14. [학술지] M. Yu / 2013 / / Electrochem. Commun / 34 : 312 ~
  • 15. [학술지] Y. Lin / 2002 / Langmuir / 18 (16) : 6147 ~ 16
  • 16. [학술지] N. Tsubokawa / 1992 / Prog. Polym. Sci / 17 (3) : 417 ~ 3
  • 17. [학술지] P. E. Fanning / 1993 / Carbon N. Y / 31 (5) : 721 ~ 5
  • 18. [단행본] M. Naitō / 2018 / Nanoparticle Technology Handbook / Elsevier
  • 19. [학술지] A. Liang / 2018 / Coatings / 8 (1) : 33
  • 20. [학술지] A. M. Wintermyer / 1954 / Public Roads / 28 (3) : 55
  • 21. [학술지] E. M. Liston / 1993 / J. Adhes. Sci. Technol / 7 (10) : 1091 ~ 10
  • 22. [학술지] S. -J. Park / 2003 / Carbon N. Y / 41 (7) : 1437 ~ 7
  • 23. [학술지] I. Arčona / 2005 / / Vacuum / 80 (1-3) : 178 ~ 1-3
  • 24. [학술지] C. -W. Kan / 2018 / Appl. Sci / 8 (4) : 552
  • 25. [학술지] J. Williams / 2013 / J. Mater. Sci / 48 (3) : 1005 ~ 3
  • 26. [학술지] S. -J. Park / 2001 / J. Colloid Interface Sci / 244 (2) : 336 ~ 2
  • 27. [학술지] R. C. Chatelier / 1995 / Langmuir / 11 (7) : 2585 ~ 7
  • 28. [학술지] R. Asmatulu / 2016 / J. Mater. Sci. Technol. Res / 2 (2) : 43 ~ 2
  • 29. [단행본] J. Coates / 2006 / Encyclopedia of Analytical Chemistry / John Wiley & Sons, Ltd
  • 30. [학술지] I. Shimada / 1986 / J. Polym. Sci. Part A Polym. Chem / 24 (8) : 1989 ~ 8
  • 31. [학술지] J. M. O’Reilly / 1983 / Carbon N. Y / 21 (1) : 47 ~ 1
  • 32. [학술지] K. Fatyeyeva / 2014 / RSC Adv / 4 (59) : 31036 ~ 59
  • 33. [학술지] R. Newman / 1979 / J. Am. Inst. Conserv / 19 (1) : 42 ~ 1
  • 34. [학술지] F. L. Leite / 2012 / Int. J. Mol. Sci / 13 (12) : 12773 ~ 12
  • 35. [기타] I. Yildirim / 2001 / Surface Free Energy Characterization of Powders / Virginia Tech, 04-May-2001
  • 36. [학술지] Y. Lu / 2014 / / Int. J. Pharm / 465 (1-2) : 25 ~ 1-2