Перспективы использования UV/LED/EB-отверждаемых лакокрасочных материалов для покрытий, наносимых на металлические субстраты
Аннотация
Проведен анализ достижений ведущих мировых компаний в области создания материалов и технологий для получения лакокрасочных покрытий, формируемых при помощи UV/LED/ EB-отверждения для защиты металлических субстратов.
Об авторах
А. В. НистратовКитай
д.т.н.
159, Провинция Чжецзян, г. Хучжоу, дорога Ляньгшань, г. Лингху, район Наньксунь
http://www.rtpe.com.cn/
Хао Ву
Китай
магистр
159, Провинция Чжецзян, г. Хучжоу, дорога Ляньгшань, г. Лингху, район Наньксунь
http://www.rtpe.com.cn/
Хуа Чвэнь
Китай
бакалавр
159, Провинция Чжецзян, г. Хучжоу, дорога Ляньгшань, г. Лингху, район Наньксунь
http://www.rtpe.com.cn/
Пэнфэй Ян
Китай
к.х.н.
159, Провинция Чжецзян, г. Хучжоу, дорога Ляньгшань, г. Лингху, район Наньксунь
http://www.rtpe.com.cn/
Цзунпин Юй
Китай
к.х.н.
159, Провинция Чжецзян, г. Хучжоу, дорога Ляньгшань, г. Лингху, район Наньксунь
http://www.rtpe.com.cn/
Список литературы
1. Ruiqi Feng, Renwu Han, Biao Zhang. Ultraviolet Curable Materials for 3D Printing Soft Robots: From Hydrogels to Elastomers and Shape Memory Polymers // Lecture Notes in Computer Science, LNAI. 2023, October. Vol. 14270. P. 12–21.
2. Heraeus Noblelight GmbH. Overview of UV Curing in the Medical Industry. https://www.heraeus.com/media/media/hng/doc_hng/industries_and_applications_1/uv_technology_1/pdfs_1/Overview_of_UV_Curing_in_the_Medical_Industry_Paper.pdf
3. Wilson D.A., Ellison M.M., Zhang Xiaoyan. Designing UV-Curable Materials for High Temperature Optical Fiber Applications // Radtech report. September/October. 2007. P. 12–21.
4. Hana Bahria, Yilmaz Erbil. UV technology for use in textile dyeing and printing: Photocured applications // Dyes and Pigments. 2016, November. Vol. 134. P. 442–447.
5. Rau D.A., Bryant J.S., Reynolds J.P., Bortner M.J., Williams Ch.B. A dual-cure approach for the ultraviolet-assisted material extrusion of highly loaded opaque suspensions // Additive Manufacturing. 2023. Vol. 72. Article 103616.
6. Fengguo Liu, Aimin Liu, Wenju Tao, Youjian Yang. Preparation of UV curable organic/inorganic hybrid coatings-a review // Progress in Organic Coatings. 2020, August. Vol. 145. Article 105685.
7. Czachor-Jadacka D., Pilch-Pitera B. Progress in development of UV curable powder coatings // Progress in Organic Coatings. 2021. Vol.158. Article 106355.
8. Zhen Guo. Research advances in UV-curable self-healing coatings // Royal Society of Chemistry. 2022. Vol. 12. P. 32429–32439.
9. Sheel Wali A., Kumar S., Khan D. A review on recent development and application of radiation curing // Mater. Today: Proc. 2023. Vol. 82. P. 68–74.
10. Patil R.S., Thomas J., Patil M., John J. To shed light on the UV curable coating technology: current state of the art and perspectives // J. Compos. Sci. 2023. Vol. 7. P. 513.
11. Collinson M.G., Bower M.P., Swait T.J., Atkins C.P., Hayes S.A., Nuhiji B. Novel composite curing methods for sustainable manufacture: a review // Compos. Part C: Open Access. 2022. Vol. 9. Article 100293.
12. Liu F., Liu A., Tao W., Yang Y. Preparation of UV curable organic/ inorganic hybrid coatings — a review // Prog. Org. Coat. 2020. Vol. 145. Article 105685.
13. Sangermano M., Roppolo I., Messori M.. UV-cured functional coatings // Photocured Materials. Ch.7, The Royal Society of Chemistry. 2014. P. 121–133.
14. Sangermano M., Razza N., Crivello J.V. Cationic UV-curing: technology and applications // Macromol. Mater. Eng. 2014. Vol. 299, N 7. P. 775–793.
15. Coil coating applications: The next frontier for energy-curable technologies. PPG Industrial Coatings, coil-coating-applications-the-next-frontier-for-energy-curable-technologies.pdf (kc-usercontent.com), ppgindustrialcoatings.com
16. Cleveland Steel Container: A Pioneer in UV/EB Coil Coating. Sage Schissel. PCT Ebeam and Integration LLC, UV+EB Technology, 06/06/2024, sage.schissel@pctebi.com
17. Thatcher, S., Steel Dynamics debuts new digitally printed steel that fools the eye. Rollforming Magazine. May 24. 2023. https://rollformingmagazine.com/steel-dynamics-debuts-new-digitally-printed-steel-that-fools-the-eye/
18. Clark, A., How Have Tru-Steel HD Digital Prints Impacted the Metal Coating Industry? February 29. - 2024. https://www.truemetalsupply.com/post/tru-steel-hd-digital-prints-impact-on-the-metal-coating-industry
19. TruSteel HD from Steel Dynamics. November 16. - 2022. https://www.youtube.com/watch?v=i19whCDEr_E
20. ArcelorMittal Pioneering Greener Technology for Paint Curing. February 23, 2023. https://construction-osterreich.arcelormittal.com/en/news-details/arcelormittal-pioneering-greener-technology-for-paint-curing
21. Beckman, L., Companies Partner to Develop Sustainable Coil Coatings. Products Finishing. January 23. - 2024. https://www.pfonline.com/news/companies-partner-to-develop-sustainable-coil-coatings
22. Discovering Electron Beam at ArcelorMittal Construction. October 2. - 2023. https://www.youtube.com/watch?v=6pnAY_qjdvU
23. Bonner M., Bommarito C., UV/EB Technology as a Sustainable Solution to the Energy Crisis. Paint & Coatings Industry. 2023. August 2. https://www.pcimag.com/articles/111643-uv-eb-technology-as-a-sustainable-solution-to-the-energy-crisis
24. Golden R. What’s the Score? A Method for Quantitative Estimation of Energy Use and Emission Reductions for UV/EB Curing // RadTech Report. 2012. 3.
25. RadTech Announces 2016 Emerging Technology Award Winners. Ink World. 2016, May 12. https://www.inkworldmagazine.com/contents/view_live-from-shows/2016-05-12/radtech-announces-2016-emerging-technology-award-winners/
26. Schissel S. Radiation Safety for Electron Beams // UV+EB Technology. 2021. Vol 3. https://uvebtech.com/articles/2021/radiation-safety-for-electron-beams/
27. Schissel S. Colorblind EB // UV+EB Technology. 2024. Vol. 1. https://uvebtech.com/articles/2024/colorblind-eb/
28. https://www.cscpails.com/capabilities/sustainability/
29. Swanson K., Parish W. The Future of Metal: Electron Beam for Coil Coating // National Coil Coaters Association, Fall Technical Meeting. 2022, September.
30. AkzoNobel and China’s Wuxi El Pont Explore the Use of Electron Beams // Paint & Coatings Industry. 2023, December 11.
31. Bonner M., Bommarito C. UV/EB Technology as a Sustainable Solution to the Energy Crisis. // Paint & Coatings Industry. 2023, August 2. https://www.pcimag.com/articles/111643-uv-eb-technology-as-a-sustainable-solution-to-the-energy-crisis
32. Golden, R., What’s the Score? A Method for Quantitative Estimation of Energy Use and Emission Reductions for UV/EB Curing // RadTech Report. 2012. 3.
33. Coil coating applications: The next frontier for energy-curable technologies. PPG Industrial Coatings. https://assets-us-01.kc-usercontent.com/7c9f15b5-676a-0083-ecb4-52bd17329261/a93b0d71-7c2e-4862-a0a2-a4681728fd29/coil-coating-applications-the-next-frontier-for-energy-curable-technologies.pdf
34. ppgindustrialcoatings.com.
35. PPG launches portfolio of energy-curable coatings for coiled metal. July 30. - 2024. https://investor.ppg.com/news/news-details/2024/PPG-launches-portfolio-of-energy-curable-coatings-for-coiled-metal/default.aspx
36. https://www.ppg.com/en-US/ppg-duranext
37. Coil coating applications: The next frontier for energy-curable technologies. PPG Industrial Coatings. https://assets-us-01.kc-usercontent.com/7c9f15b5-676a-0083-ecb4-52bd17329261/a93b0d71-7c2e-4862-a0a2-a4681728fd29/coil-coating-applications-the-next-frontier-for-energy-curable-technologies.pdf
38. Бабкин О.Э., Бабкина Л.А. Ильина В.В. УФ-отверждаемые ЛКМ для койл-коатинга // Промышленные покрытия. 2015. № 3–5. С. 2–6.
39. Бабкин О.Э., Бабкина Л.А. Ильина В.В. Промышленные ЛКМ для койл-коатинга // Промышленные покрытия. 2021. № 9–10. С. 52–55.
40. David Savastano. Beckers Group Brings Radiation Curable Technologies To Coil Coatings. Coatings World. 04.11.23. https://www.coatingsworld.com/issues/2023-04-01/view_features/beckers-group-brings-radiation-curable-technologies-to-coil-coatings/
41. Sustainable ultraviolet and electron-beam technology in coil coatings pioneered together with customers. 01 February 2023. https://www.beckers-group.com/en/about-us/news/2023/pioneering-sustainable-ultraviolet-electron-beam-technology
42. First life cycle analysis of UV/EB curing shows benefits over other coil coating technologies. 06 June 2023. https://www.beckers-group.com/en/about-us/news/2023/first-lca-of-ultraviolet-electron-beam-curing-shows-benefits-over-other-coil-coating-technologies
43. Beckers Conducts First LCA of UV/EB Coil Coatings. 06.06.2023. https://www.coatingsworld.com/contents/view_breaking-news/2023-06-06/beckers-conducts-first-lca-of-uveb-coil-coatings/
44. World-first Beckers ultraviolet and electron-beam coil coatings ready for market launch. 23 February 2023. https://www.beckers-group.com/en/about-us/news-archive/2023/world-first-beckers-ultraviolet-and-electron-beam-coil-coatings-ready-for-market-launch
45. A More Sustainable Ultraviolet and Electron-Beam Technology in Coil Coatings. March 21, 2023. https://www.pcimag.com/articles/111201-a-more-sustainable-ultraviolet-and-electron-beam-technology-in-coil-coatings
46. Beckers partners with ArcelorMittal to develop more sustainable coil coating solutions. https://www.beckers-group.com/en/knowledge/cases/beckers-partners-with-arcelormittal
47. Patent WO2023053107 - METHOD FOR MANAGING COATING GLOSS ON A COIL-COATING LINE. FARINA Fabrice, MALLEGOL Jacky, SILBERBERG Eric, HANQUET Charles, DEFIZE Thomas. Applicants ARCELORMITTAL [LU]/[LU]. Publication Date 06.04.2023. Priority Data PCT/IB2021/061770 15.12.2021 IB.
48. Patent WO2023111644 - METHOD FOR MANAGING COATING GLOSS ON A COIL-COATING LINE. FARINA Fabrice, DEFIZE Thomas, MALLEGOL Jacky, SILBERBERG Eric, HANQUET Charles. Applicants ARCELORMITTAL [LU]/[LU]. Publication Date 22.06.2023.
49. Patent AU2022354294 - METHOD FOR MANAGING COATING GLOSS ON A COIL-COATING LINE. DEFIZE Thomas, FARINA Fabrice, HANQUET Charles, MALLEGOL Jacky, SILBERBERG Eric. Applicants ARCELORMITTAL. Publication Date 09.12.2022. Priority Data PCT/ IB2021/061770 15.12.2021 AU.
50. Patent CA3238854 - METHOD FOR MANAGING COATING GLOSS ON A COIL-COATING LINE. FARINA FABRICE, MALLEGOL JACKY, SILBERBERG ERIC, HANQUET CHARLES, DEFIZE THOMAS. Applicants ARCELORMITTAL. Publication Date 09.12.2022. Priority Data PCT/ IB2021/061770 15.12.2021 IB.
51.
52.
53. Patent CA3238854 - METHOD FOR MANAGING COATING GLOSS ON A COIL-COATING LINE. FARINA FABRICE, MALLEGOL JACKY, SILBERBERG ERIC, HANQUET CHARLES, DEFIZE THOMAS. Applicants ARCELORMITTAL. Publication Date 15.05.2024. Priority Data PCT/ IB2021/061770 15.12.2021 IB.
54. AkzoNobel and China’s Wuxi El Pont exploring use of electron beams to cure coatings. 7.12.2023. https://www.akzonobel.com/en/media/latest-news---media-releases-/exploring-use-of-electron-beam-to-cure-coatings
55. https://industrial.sherwin-williams.com/na/us/en/coil-extrusion/sustainability/radguard.html
56. https://industrial.sherwin-williams.com/content/dam/pcg/sherwin-williams/packaging/na/us/en-us/pdfs/brochures/uv-curable-2pc-rim-coating-brochure
57. https://newchemistry.ru/letter.php?n_id=940
58. http://www.rtpe.com.cn/
Рецензия
Для цитирования:
Нистратов А.В., Ву Х., Чвэнь Х., Ян П., Юй Ц. Перспективы использования UV/LED/EB-отверждаемых лакокрасочных материалов для покрытий, наносимых на металлические субстраты. Лакокрасочные материалы и их применение. 2024;(12):52-60.
For citation:
Nistratov A., Wu H., Chun H., Yang P., Yu Z. Prospects for the use of UV/LED/EB curable paints and varnishes for coatings applied to metal substrates. Russian Coatings Journal. 2024;(12):52-60. (In Russ.)
JATS XML















