As a new type of environmentally friendly material, grass pavers, with their unique flexible structure and modular design, demonstrate excellent applicability in various terrain scenarios. The following is a detailed analysis of their applicable terrains:
Common Terrain Applicability
Flat Ground and Gentle Slopes: Grass pavers perform excellently on flat ground and gentle slopes. For example, on hard surfaces such as parking lots and fire lanes, grass pavers can be quickly laid, not only possessing strong load-bearing capacity (up to 200 tons/square meter) but also maintaining a green coverage rate of up to 95%, effectively improving the aesthetics of the environment. Grass pavers are also suitable for rooftop greening scenarios with a slope of 15 degrees or less, achieving stable greening effects without additional reinforcement measures.
Medium-Steep Slope Protection: On medium-steep slopes, grass pavers effectively fix the soil through their honeycomb structure, preventing soil erosion. For slopes between 30-45 degrees, grass pavers can reduce soil erosion by up to 60% while maintaining slope stability. In irregular shoreline scenarios such as riverbank protection, grass pavers can be laid in a flexible manner, perfectly adapting to the curves of the shoreline.
Special Terrain Adaptation Solutions
Curved/Curved Terrains: Grass pavers have excellent plasticity; the pavers can be cut on-site and seamlessly spliced, making them ideal for curved and curved terrain. In landscape walkways, golf cart paths, and other locations, grass pavers can create smooth and natural curved effects.
Turtle-Back Terrains: For complex shapes such as turtle-back terrain, grass pavers can be reinforced with retaining ditches and wooden piles to create wave-like shapes in art parks, which are both aesthetically pleasing and practical.
Soft Soil Areas: In soft soil areas such as wetland parks and mine reclamation areas, grass pavers need to be overlaid with geogrids to enhance the foundation's bearing capacity. This combined use effectively prevents foundation settlement, ensuring the stability and lifespan of the grass pavers.
Constricted Terrains and Solutions
Extremely Steep Slopes: For extremely steep slopes greater than 60 degrees, grass pavers need to be used in conjunction with reinforcement measures such as anchor bolts. These reinforcement measures effectively improve the stability of grass pavers on extremely steep slopes, preventing them from slipping or being damaged.
High-velocity waterways: In high-velocity waterways, thicker pavers (thickness greater than or equal to 10 cm) should be used and filled with large-diameter gravel. This design effectively resists the scouring force of the water flow, ensuring the long-term stable operation of the grass pavers in the waterway.