Wider plastic applications of poly(vinyl chloride) (PVC) has raised serious problem to the environment.
Since (PVC) waste products resist biodegradation and persist in the environment for longer time. The
object of this study is to blend (PVC) with biodegradable cellulose acetate to thermally support the
polymer during the molding process as well as to enhance the biodegradability of (PVC) waste products.
Blending of poly(vinyl chloride) and cellulose acetate (CA)in presence of N-(phenyl amino) maleimides
(R-PhAM) where (R = H, 4-NO2) led to improvement in the thermal stability of the blend film at high
temperatures as shown from the high values of initial decomposition temperature (To) determined from
their thermogravimetry (TG) curves.Also, blending (PVC) with (CA)led to improvementin the mechanical
properties of the blend films as compared to (PVC). The crystalline regions of cellulose acetate enhanced
the elasticity of the blend films as shown from their high Young’s modulus values.