CONSTRUCTION SITE IN ROME
Outdoor pavings in sustainable porcelain stoneware for pedestrian walkaways
Project: Renovation of pedestrian walkaways
Place: Rome, on Viale America (Lazio)
Material used: Grestone® Urban Pavings
Collection: Pietra Lavica Grey
Thickness: 50 cm (50 mm)
Size: 20×20 + 10×10 cm
Stone effect porcelain stoneware for paving urban areas
Green urban requalification projects that encourage the use of city environments for the inhabitants.
Outdoor paving for urban areas (walkways, paths, pedestrian crossings, etc.) meets sustainability and functionality.
Grestone® Urban Pavings recreates the strength and aesthetics of natural stone, with the advantage of being environmentally friendly thanks to its 100% sustainable components.
By reducing the impact on primary resources, this material also protects the environment, working synergistically with the surroundings.
An example is the work carried out in the EUR district in Rome, on Viale America. This area is renowned for its small lakes, which preserve their natural and peculiar beauty thanks to Grestone® Urban Pavings Pietra Lavica Grey Collection.
The remarkable resistance of outdoor pavings in porcelain stoneware makes them ideal for intensely stressed urban spaces such as sidewalks and pedestrian walkways.
The stone-effect outdoor Grestone® Urban Pavings feature an unparalleled 50 mm thickness, which responds to stresses previously unattainable for any ceramic surface.
The advantages of Grestone® Urban Pavings products:
No damages caused by temperature changes, frost and snow
Draining, stains and dirt resistant
Strength and durability
Interlocking outdoor paving with Smart Spacer System®, the innovative, fast and environmentally friendly method
With Smart Spacer System® the laying of each paving element takes place without the use of chemical adhesives: the installation is quick and easy, thanks to the interlocking system that ensures a workmanlike final result.
Come and see all the potential of Grestone® Urban Pavings and the integrated spacer system.