Geomat For Roads
1.Easy Installation:
Can be rolled out for laying, adapting to complex terrains.
2.High Durability:
Synthetic materials offer a service life of over 10 years.
3.Eco-Friendly:
Natural fiber products are biodegradable and pollution-free.
4.Cost-Effective:
Saves material and labor costs compared to concrete slope protection.
Product Introduction:
Geomat For Roads are a three-dimensional geosynthetic material fabricated from high-strength polymer fibers (e.g., polypropylene, polyester) through weaving or thermal bonding processes. Its surface can be laminated with non-woven fabric or pre-embedded with grass seeds. The core function is to stabilize soil through physical confinement and vegetation root reinforcement, achieving synergistic effects in slope protection, soil conservation, and ecological restoration.
Enhanced Erosion Resistance: The 3D structure increases soil resistance to rainfall scouring and wind erosion.
Chemical & Environmental Resistance: Withstands acid, alkali, and microbial degradation, making it suitable for extreme climates.
Product Parameters:
Item | EM2 | EM3 | EM4 | EM5 |
Unit mass per area / (g/m2) | ≥220 | ≥260 | ≥350 | ≥430 |
thickness /mm | ≥1O | ≥12 | ≥14 | ≥16 |
Width deviation /m | ±1.0 | |||
length variation /m | ±1 | |||
Longitudinal tensile strength/(KN/m) | ≥O. 8O | ≥1.4 | ≥2. O | ≥3. 2 |
Tensile strength in the transverse direction / (KN/m) | ≥O. 8O | ≥1.4 | ≥2. O | ≥3. 2 |
Product Applications:
1.Highway/Railway Slope Protection: Prevents slope instability caused by rainwater erosion.
2.Riverbank/Coastal Engineering: Reduces wave and water flow erosion on shorelines.
3.Mine Reclamation: Restores exposed surfaces and accelerates vegetation recovery.
4.Green Roof Systems: Serves as a lightweight base layer to support plant growth.
5.Landscape Architecture: Used in ecological projects such as parks and wetlands.
Through the dual functions of "engineering protection + ecological greening", the three-dimensional vegetation net solves the problem of slope stability while achieving the restoration of natural vegetation. It is an important technical means in the field of ecological engineering. Its advantages lie in low cost, easy construction, and sustainable ecological benefits. In the future, it will be more widely applied in fields such as sponge cities, mine restoration, and desertification control.
