Eco-friendly road surfaces are the world's green future . A solution that allows for maximum comfort without sacrificing performance, while respecting nature and its environment. Terra Solida has always been committed to creating eco-friendly and sustainable solutions, offering its customers the best. Among the most cutting-edge solutions are stabilized earth, lawn protection grids, and concrete.
Stabilized land
Stabilized earth represents a technological and highly eco-sustainable solution for creating various types of paving and surfaces. Thanks to the use of certified binders and high-quality stabilizers, it is possible to create long-lasting driveways and roads with high permeability and an excellent aesthetic impact.
Stabilized earth is created using in-situ material or aggregates from recycled or quarried aggregates. This reduces the environmental impact of road construction and shortens construction times. Versatile and easy to implement, this technology can be used for a wide range of projects. Stabilized earth is excellent for maintaining gravel roads, creating a durable, uniform, and solid surface. High permeability and pothole protection make stabilized earth useful for creating roads and paths in public parks, areas with landscape restrictions, farms, and archaeological sites.
Lawn saver grill
Lawn protection grids are a versatile solution that offers excellent performance and can be used in a wide variety of settings. They can be used in driveways and gardens, but also in public areas where a non-invasive approach is needed to reinforce the soil.
This Terra Solida technology is ideal for creating draining grass surfaces for cycling and pedestrian use, as well as for vehicle traffic. It allows you to invest in a low-impact, durable, and, above all, eco-friendly solution. It's a modular structure designed to create walkable and drivable surfaces for use on grassy surfaces. A sustainable and green alternative to plastic.
Architectural concrete
Architectural concrete, on the other hand, is an outdoor covering created using aggregates of various materials and sizes. It requires no special maintenance and allows for the creation of a paving with a very high level of mechanical resistance. This technology is recommended for outdoor paving; it is versatile and can be used in a wide range of contexts, such as pedestrian and driveway access paths in private gardens.
Its use is also recommended in the public sector, for example on pavements, cycle paths, rest areas and wooded or coastal areas. Among the advantages is that it is possible to customize the color and shapes to the maximum, choosing materials that are eco-friendly and sustainable.
