Natural consciousness of the downsides of landfill destinations is constraining countries to search for better ways of reusing and Increase utilization of modern squanders and side-effects will both lessening the interest for accessible materials and assist with tackling numerous removal issues. The utilization of modern squanders and side-effects as Mineral fillers in black-top combinations is definitely not another method. Mineral Fillers have been utilized in street development for a long time. They are consolidated in black-top blends to upgrade the properties and execution of black-top substantial asphalts. Mineral fillers fluctuate in mineralogy, substance properties, shape and surface, size, and degree. The significant goal of this underlying examination was to see if it is feasible to utilize the nearby modern and side-effects squanders, for example, Steel slag, Ceramic waste, Coal fly debris, limestone, and Rejected ceramic unrefined substance as mineral fillers in Stone Mastic Asphalt (SMA) combinations in Malaysia. Compound examination utilizing Scanning Electro Microscope (SEM), Energy Dispersive X-beam (EDX) and actual tests were performed on those nearby modern and side-effects squanders examples to decide its synthetic piece, size and state of particles, as well as degree and explicit gravity, and were contrasted with limestone dust the normal sort of mineral filler utilized in Stone Mastic Asphalt in Malaysia. The experimental outcomes demonstrate that the physical and compound properties of the neighborhood modern squanders are inside determined constraints of value necessities for mineral filler for Bituminous Paving Mixtures AASHTO M17, and as per AASHTO PP41 (Designing of Stone Matrix Asphalt) and these waste materials might possibly be utilized as mineral fillers in Stone Mastic Asphalt (SMA) Mixtures.