Fiber reinforced concrete technology is widely used in many parts of the world and in the infrastructure projects of most countries. It seems that the enthusiasts and engineers in the manufacturing industry in our country are not familiar with the properties and advantages of using this technology; therefore, the lack of attention to this technology in most of the infrastructure projects in the country. Shrinkage is one of the most important properties of concrete durability. The crack-induced contraction in concrete can carry a lot of maintenance, including maintenance. Shrinkage in the early age, spontaneous, aggregation of carbonaticization, and aggregation due to drying are of different types of aggregation. The amount of shrinkage caused by drying in comparison to other types of shrinkage in this study has been more important. In the present study, by keeping all the mixing parameters constant, we tried to show the effect of each synthetic fiber in controlling the amount of concrete shrinkage in the laboratory. Synthetic fibers have a positive effect on the amount of concrete shrinkage. Use of multicomponent fiber 4 kg per cubic meter can be used to control the amount of concrete shrinkage. multicomponent fiber of 22% and Coretta fiber, 18% percent over a 150-day period, had an effect on shrinkage in concrete samples. This is the amount of shrinkage during free sample.