Studies on Alumina Incorporated Polyesteramide Derived from Meliaazedarach Seed Oil

Abstract

Polyesteramide resin (MAPEAM) was prepared from N,N-bis(2-hydroxy ethyl) Melia azedarach oil fatty amide (HEMAFA) a precursor of natural renewable resource using polycondensation reaction with maleic acid. With the view to improve the physico-mechenical properties aluminium was incorporated in backbone of the polymer to obtain the alumina incorporated polyesteramide resin of Melia azedarach seed oil (Al-MAPEAM). The physico-chemical analyses and spectroscopic techniques were used for the characterization of Al-MAPEAM polymeric resin. The film properties of the Al-MAPEAM were also investigated in different corrosive environments as per standard reported methods. Studies shows that syntheses of aluminium incorporated polyesteramide using Melia azedarach seed oil as a starting material provides a more practicable utilization to it.

Recent Advances of Poly(ester amide)s-Based Biomaterials

“…Because vegetable oils are inexpensive, easily available, environmentally friendly, and potentially biodegradable, PEAs derived from vegetable oils are of economically, environmentally, and scientifically significance . PEAs based on linseed oil, palm oil, , castor oil, , soybean oil, and others prevalent ones , in nature are most intensively employed for practical applications (Figure ). These PEA resins outperform the corresponding PEs with superior mechanical and rheological properties, thermal stability, curing behavior, and chemical resistance ability …”