Because of the ability of infrared rays to deeply penetrate heat, asphalt can be restored and recycled without the danger of burning, peeling, or causing the asphalt to separate from the aggregate. Blending the current asphalt with fresh material produces a smooth restoration, thwarting moisture-related harm by removing potential joints for water infiltration.

With reduced demand for raw materials, this approach to asphalt restoration proves to be economically advantageous. Additionally, infrared repair proves to be a quicker process compared to other methods, requiring less time for patching, and allowing for immediate use of the repaired surface.