Modyfikacja kompozycji epoksydowo-nowolakowej reaktywnymi kauczukami oraz napełniaczem węglowym

U. Szeluga; L. Kurzeja; H. Galina

Published : 2022-08-30

Vol. 51 No. 11-12 (2006)

Modification of epoxy-novolak compositions with reactive rubbers and coal as a filler

U. Szeluga L. Kurzeja H. Galina

Abstract

The effects of types and amounts of the additives: butadiene-acrylonitrile rubbers, with carboxyl or epoxy groups as chain ends (CTBN and ETBN, respectively), on mechanical properties and morphology of epoxy composition consisting of low molecular weight epoxy resin, type Bisphenol A diglycidyl ether ("Epikote 827"), phenol-formaldehyde novolak (NZ) and up to 16 wt. % of coal showing medium metamorphism degree as a filler, were investigated. Mechanical properties were evaluated using static (Table 1) and dynamic methods (DMTA, Fig. 1-6). Optical microscopy and transmission electron microscopy (TEM) methods were used to study the morphology of the products. DMTA analyses results showed the effects of CTBN and ETBN on storage modulus (E') in the whole range of measurement temperature (from room temperature up to 250 oC). The effect of rubber addition on glass transition temperature (Tg, evaluated as maximum tg d) of tested cured compositions is marginal. It was found that the addition of only coal filler deteriorated mechanical strength and impact strength of the composition while introduction of a system: coal filler/rubber did not cause that adverse effect. It was also found that morphology and phase separation influenced the mechanical properties significantly (Fig. 7-10). The optimal concentration of CTBN or ETBN rubber introduced to the composition containing - or not - the coal filler is 6 wt. %. This amount of a rubber does not lower Tg of the composition yet.

Keywords

żywice epoksydowe ; modyfikacja ; napełniacz węglowy ; reaktywne kauczuki ; separacja faz ; właściwości mechaniczne ; morfologia epoxy resins ; modification ; reactive rubbers ; phase separation ; mechanical properties ; morphology

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Szeluga, U., Kurzeja, L., & Galina, H. (2022). Modification of epoxy-novolak compositions with reactive rubbers and coal as a filler. Polimery, 51(11-12), 809–816. Retrieved from https://ichp.vot.pl/index.php/p/article/view/1583

References

Ellis B.: „Chemistry and Technology of Epoxy Resins", Chapman & Hall, London 1993.

2. Mazela W., Czub R, Pielichowski J.: Polimery 2004, 49,233.

3. Mazela W., Czub R, Pielichowski J.: Polimery 2005, 50,100.

4. Hałasa E.: Polimery 2004,49,595.

5. Van Krevelen D. W.: „Property of polymers, their correlation with chemical structure; their numerical estimation and prediction from additive group contributions", Elsevier, Amsterdam-Lausanne, New York, Oxford, Shannon, Tokyo 1993.

6. Bucknal C. B.: „Toughened Plastics", Applied Science Publishers, London 1983.

7. Kinloch A. J., Shaw S. J., Houston D. L.: Polymer 1983, 24,1341.

8. Praca zbiorowa „Toughened Plastics I" (red. Riew C. K., Kinloch A. J.) ACS, Washington DC 1993.

9. Pearson R. A., Yee A. E: Polym. Mat. Sci. Eng. 1983, 49,319.

10. Czub P., Bończa-Tomaszewski Z., Penczek P, Pielichowski J.: „Chemia i technologia żywic epoksydowych", IV wyd., WNT 2002, str. 202—249.

11. Kim J. W., Kim J. Y., Suh K. D.: J. Appl Polym. Sci. 1997,63,106.

12. Sułtan J. N., Mc Garry F. J.: Polym. Eng. Sci. 1973,13, 29.

13. Maazouz A., Sautereau H., Gerard J. E: J. Appl. Polym. Sci. 2000, 50, 615.

14. Wise C. W., Cook W. D., Goodwin A. A.: Polymer 2000,41,4625.

15. Verchere D., Sautereau H., Pascault J. P, Maschair S. M., Riccardi C. C., Williams R. J. J.: J. Appl. Polym. Sci. 1990,41,467.

16. Bucknall C. B., Patridge I. K.: Polymer 1983, 24, 639.

17. Bucknall C. B., Gilbert A. H.: Polymer 1989,30,213.

18. Prime R. B. w pracy zbiorowej „Thermal Characterization of Polymeric Materials" (red. Turi E. A.), Academic Press Inc., London 1981, rozdz. 5, str. 435.

19. Kurzeja L., Szeluga U., Gały J., Sautereau H., Issartel N.: Macromol. Symp. 2003,194,169.

20. Shechter L, Wynstra J.: Ind. Eng. Chem. 1956,48, 86.

21. Williams R. J. J., Riccardi C. C., Duśek K.: Polym. Bull 1987,17,515.

22. Gualpa M. C., Riccardi C. C., Vazquez A.: Polymer 1998,39,2247.

23. Rudnik E., Penczek P, Łazowski Z., Winiarska A.: Polimery 1993,38,183.

24. Kurzeja L.: World Polymer Congress „38th Macromolecular IUPAC Symposium" Warsaw/Łódź 2000, str. 1372.

25. Kurzeja L., Szeluga U.: Zeszyty Naukowe Polit. Śląskiej, seria Chemia 2001,146,169.

26. Kurzeja L., Szeluga U., Marcinkowski A.: Karbo 2005, 4,277.

27. Kurzeja L., Szeluga U.: w pracy zbiorowej „Modyfikacja Polimerów 2005" (red. Żuchowska D., Steller R.), Wyd. Politechniki Wrocławskiej, str. 51.

28. Kurzeja L., Szeluga U.: Polimery, przesłane do druku.

29. Kurzeja L.: Karbo 2004,4,189.

30. Szeluga U., Kurzeja L.: Materiały Zjazdowe XLV Zjazdu PTChem 2002, Kraków, t. 2, str. 602.

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U. Szeluga ula@karboch.gliwice.pl

Affiliation
Zakład Karbochemii PAN, ul. Sowińskiego 5, 44-121 Gliwice

L. Kurzeja

H. Galina