Quarry Dust and the crushed stone as alternative aggregates for concrete production for low-cost housing since it is clear that the rising cost of concrete materials coupled with environmental degradation has impaired the construction industry. The following tests were carried out to determine the physical properties of these materials; density tests, silt content, water absorption, sieve analysis, specific gravity, flakiness index and aggregate crushing value. The research was conducted by testing concrete cylinder and cubes specimens at ages of 7, 14 and 28 days concrete with concrete mix ratios 1:1.5:3 with a target strength of 25N/mm2 and 1:2:4 with a target strength of 20N/mm2. Samples of concrete specimens were made using varying contents of quarry dust and laterite as fine aggregate. India is a developing contrary due to there is a huge need for infrastructure that is why construction is very important. In the construction the main material his problem we are making Kerb stone using this. This Kerb stone is stronger economical and effective than the clay Kerb stone. This process also helps in converting the industrial waste material into quality building material. In this study, the fine and coarse aggregates were completely replaced by Quarry & Furnace Waste aggregates in Quarry & Furnace Waste concrete. In the present study, we are making three types of Quarry & Furnace Waste Kerb stones in the different percentage of cement such as 3%, 5% and without cement. And after making these Kerb stones various tests were performed such as compressive strength test, water absorption test, efflorescence, weight test, structural test, and cost analysis and these results were compared with normal Kerb stones results.