Aluminium alloy (Al2024) has been selected as candidate matrix material for the present work. Over a period of time this grade of alloy, due to its proven track record, has been used to produce vital components for a wide range of applications notably used in automobiles, Aircrafts and other related industries, because of its light weight an acceptable strength to weight ratio. Particulate reinforced Aluminium metal matrix composites (AMMC’S) are the most preferred materials due to their low cost of production, enhanced properties and can be processed by various established fabrication techniques in practice. Albite naturally occurring feldspar has been chosen as the reinforcement material. The influence of Albite reinforcements on the properties of Al2024/Albite composite has been studied. Powder metallurgy technique has been adopted, mechanical blending of constituent powders, compaction, and sintering form the basic three stage processes of producing composites.Al2024/Albite composites are produced with varying Albite content (1, 2, 3, 4, 5 and 6 wt%). Optical Micrographs and SEM images revealed reinforcing Albite particles have been equitably distributed throughout the matrix with less presence of pores. Increase in compression strength and hardness was recorded with incremental increase in Albite reinforcement up to 5% Wt. of Albite, but tends to decrease with addition of additional Albite reinforcement.