Fine aggregates are necessary for construction, particularly in the case of concrete production, where they constitute a crucial ingredient. This research examines the physical characteristics of fine aggregate created from disassembled building components to highlight the possibilities for recycling in the construction sector. The primary objectives of this study are to determine whether the physical characteristics of recycled fine aggregate meet the specifications needed to produce concrete, to appraise the sustainability and potential environmental benefits of using recycled fine aggregate, and to appraise the quality and suitability of recycled fine aggregate made from demolished building materials for use in construction applications. The fineness modulus, specific gravity, and silt content for the artificial fine aggregate are found to be 4.82%, 2.67, and 8.46%, respectively, indicating auspicious results. The study’s conclusions broaden our understanding of the topic. The findings pave the way for a building practices approach that is more sustainable and environmentally friendly by emphasizing the critical changes that must be made to mix design and quality control protocols to be successfully implemented.