Abstract

Metallic compounds are versatile materials formed by the combination of metals with non-metals or other metals, exhibiting a range of unique properties and applications. This article explores the types of metallic compounds, including oxides, chlorides, sulfides, nitrides, and intermetallics, highlighting their key properties such as electrical and thermal conductivity, hardness, corrosion resistance, and optical characteristics. The discussion extends to their practical applications in electronics, catalysis, coatings, aerospace, and medical fields. Additionally, the article addresses the implications of metallic compounds in technology and industry, emphasizing future research directions such as nanotechnology, sustainability, and advanced materials development. Understanding these compounds is crucial for advancing technology and addressing emerging challenges in materials science and engineering.