The Influence of Carbonyl Nickel Content on Thermophysical Properties of Metal Polymer Materials Based on Aromatic Polyamide Phenylon

Abstract

Introducing carbonyl nickel’s fine particles into a thermo-resistant polyamide phenylone can significantly improve thermo-physical characteristics of the CM and extend the operational temperature range of products made from these materials. Introducing carbonyl nickel in the amount of 5 – 20 mass %, thermo-resistance of phenylon C-1 increases by 10-30 degrees (most significantly in the case of a 20 % content), thermal conductivity grows by 38 %, and temperature conductivity of composite materials ranges from 1.75∙10-4 to 1.9∙10-4, which is 1.3 - 1.4 times as high as that of the initial phenylon.