By J. à těpek, H. Daoust (auth.)
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Khim. 30, 1529 (1956) 6. , Robeson, L. , Shaw, M. : Polymer-Polymer Miscibility. Academic Press, New York , 1979 7. Moore , W. : Physical Chemistry. J. , 1972 8. Flory , P. : Principles of Polymer Chemistry. Cornell University Press. , 1953 9. Morawetz, H. : Macromolecules in Solution. Interscience , New York, 1975 10. Huggins , M. L. : J. Am. Chern. Soc. 64, 1712 (1942); J. Phys. Chern . 46, 151 (1942) 11. Flory , P. : J. Chern. Phys . 10,51 (1942); ibid. 13,453 (1945) 12. Orofino , T. , Flory , P.
Stearates. 5. Waxes, the most effective of which are esters offatty acid and high-molecular-weight monofunctional alcohols . The two long chains attached to the polar group (which is respons ible for affinity to PVC) produce very good lubrication . Examples: wax from partially saponified montanic acid (commercial name, Wachs OP), ester with C Z8 and C 3Z chains (commercial name , Wachs E), stearyl stearate (commercial name, Loxiol G-30). Montan waxbased esters, acids, and salts are longer in chain length (CZ4 to C 34) than fatty acids and are therefore more externally active.
Technol. C9 (1966) , p. 55 58. -Wesen 12, 171 (1941) 59. : Kolloid-Z . 99, 107 (1942) 60. Weldon, L. H. P. : Plast. Inst. Trans. 24, 303 (1956) 61. Horsley, R. : British Plastics Convention, London, lIth-17th July, 1957 62. Ghersa, E. : Mod. Plastics 36 (2), 135 (1958) 63. , Frey, H. : Kunststoffe 49,213 (1959) 64. : Kunststoffe 50, 381 (1960) 65. Kargin, V. A. , Kozlov, P. , Asimovova, P. M. , Ananievova, L. : Dokl. Akad. Nauk. SSSR 135, 357 (1960) 66. Bohn, L. : Kunststoffe 53, 826 (1963) 67.