A compatibilizer must be added in order to maximize the qualities of PC/ABS alloys. It improves the material’s mechanical performance, thermal stability, and processability while addressing the issues brought on by their intrinsic immiscibility.
The effectiveness of compatibilization techniques in polymer blends is significantly impacted by reactive functional groups in polymer chains.
A crucial factor that greatly affects blend compatibilization performance is the compatibilizer’s molecular weight.
Compatibilizers have a significant impact on how polymer blends behave rheologically.
The miscibility, mechanical strength, interfacial adhesion, and thermal stability of polymer blends are all improved by compatibilizers, which are essential components of polymer blends.
The thermal stability of polymer blends is significantly influenced by the compatibilizer selection. The main elements, workings, and methods have all been thoroughly covered in this page.
There is a workable method for improving the thermal stability of polymeric materials through the modification of maleic anhydride.
The alteration of maleic anhydride has a considerable impact on the adhesion properties of polymeric materials by improving mechanical properties, chemical reactivity, surface energy, and interfacial interactions.
Due to their improved qualities and adaptability, maleic anhydride-modified polymeric materials show a broad range of applications across several industries.
