Higher mechanical strength in granular layers
Strengthens the pavement structure by improving the load-bearing capacity of the emulsion-stabilized material.
Efficient densification and partial sealing
Promotes better compaction and waterproofing of the layer, reducing system permeability.
Improved structural stability
Increases resistance to dynamic loads, optimizing the durability of the granular base.
Superior performance against moisture
Enhances resistance to water action, minimizing the risk of support loss due to moisture-induced effects.
Valorization of available materials
Allows the inclusion of RAP, promoting more sustainable and cost-effective solutions.
Full-depth recycling works were carried out on the roadway section between Marcona and Puerto Lomas, using slow-setting asphalt emulsion as the stabilizing agent. The application of slow-setting emulsion enhanced the cohesion of the recycled material, increasing its mechanical strength and moisture resistance, thereby contributing to a more sustainable and long-term efficient solution for pavement rehabilitatio.
Full-depth recycling works were carried out on the roadway section between Marcona and Puerto Lomas, using slow-setting asphalt emulsion as the stabilizing agent. The application of slow-setting emulsion enhanced the cohesion of the recycled material, increasing its mechanical strength and moisture resistance, thereby contributing to a more sustainable and long-term efficient solution for pavement rehabilitatio.
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