Amide plasticizers from safflower and tall oil derived fatty
Fatty acids derived from a high oleic strain of safflower seeds are eminently suited for the preparation of compatible and efficient N,N-disubstituted fatty acid amide polyvinyl chloride plasticizers...
Amide plasticizers from safflower and tall oil derived fatty
Fatty acids derived from a high oleic strain of safflower seeds are eminently suited for the preparation of compatible and efficient N,N-disubstituted fatty acid amide polyvinyl chloride plasticizers with low temperature properties in the adipate-azelate range.
Amide plasticizers from safflower and tall oil derived fatty
Amide Plasticizers From Safflower and Tall Oil Derived Fatty Acids F.C. MAGNE, R.R. MOD and G. SUMRELL, Southern Regional Research Laboratory1, New Orleans, Louisiana 70119 ABSTRACT Fatty acids derived from a high oleic strain of safflower seeds are eminently suited for the prepara-
Amide plasticizers from safflower and tall oil derived fatty
Amide plasticizers from safflower and tall oil derived fatty acids Magne, F.; Mod, R.; Sumrell, G. Journal of the American Oil Chemists' Society, Volume 48 (8) – Aug 1, 1971 Read Article Download PDF Share Full Text for Free (beta) 2 pages Article Details Recommended References Bookmark Add to Folder Cite Social Times Cited: Web of Science
Use of tall oil in chemical industry | Request PDF - ResearchGate
Amide plasticizers from safflower and tall oil derived fatty acids. ... disubstituted fatty acid amide polyvinyl chloride plasticizers with low temperature properties in the adipate-azelate range
- How are hydroxyl fatty amides obtained?
- The hydroxyl fatty amides are obtained from their respective vegetable oils or methyl ester of fatty acids by a reaction with di/polyhydroxy alkylamine.
- What is a biobased poly (ester amide)?
- Metal, such as zinc, containing biobased poly (ester amide) is prepared by the polycondensation reaction of linseed oil fatty amide diols, phthalic anhydride, and zinc acetate (Zafar et al., 2007). Waterborne poly (ester amide)s are also prepared from different vegetable oils such as castor oil and niger oil (Zafar et al., 2012).
- What is waterborne poly (ester amide)?
- Waterborne poly (ester amide)s are also prepared from different vegetable oils such as castor oil and niger oil (Zafar et al., 2012). The fatty amide diols of these oils are reacted with isophthalic acid followed by neutralization with varying percentages of triethylamine to yield waterborne biobased poly (ester amide)s.
- What is Linseed based poly (ester amide)?
- For example, linseed and dehydrated castor oil-based poly (ester amide)s are blended with poly (methyl acrylic acid) or poly (vinyl alcohol) to obtain a resultant free-standing film with low water sensitivity, transparency, and good stiffness by exploiting the superior properties of individual components (Ashraf et al., 2007).
- Can fatty amides improve thermal properties?
- Fatty amides have also been studied as PCM (Floros et al., 2016; Canik and Alkan, 2010). The strength and amount of hydrogen bonds have been indicated as key points to improve the thermal properties of functionalized ionic liquids (Zhang et al., 2014c), and in phase change polymeric materials (Pielichowski and Flejtuch, 2005).
- Which amide chemistries provide antiblocking properties?
- Generally, the migratory amide chemistries used as slip agents, discussed above, also provide antiblocking properties. Saturated fatty amides such as behenamide and stearamide in particular provide superior antiblocking for POs, especially at higher temperatures, compared to erucamide and oleamide.
