Product Category
Standard 3D Geomat
Ideal for basic slope protection and soil stabilization in landscaping, road embankments, and drainage projects.
Reinforced 3D Geomat
Enhanced with geogrid or mesh layers for higher tensile strength, suitable for steep slopes and areas with strong water flow.
Vegetation Geomat
Promotes root penetration and vegetation growth, creating a natural green protective layer for slopes and riverbanks.
Composite 3D Geomat
Combines geomat with geotextile or geomembrane for superior erosion resistance and filtration in demanding engineering projects.
TYNOD 3D GEOMAT STOCK
🌿 Application of tynod 3d geomat
Slope Protection with 3D Geomat
3D geomat provides stable surface reinforcement for slopes, preventing soil erosion and supporting vegetation growth. It’s ideal for road embankments, railways, and hilly terrain.
3D Geomat for Riverbank and Canal Protection
Designed to secure riverbanks and canal slopes, 3D geomat helps prevent water-induced erosion, enhances slope stability, and allows natural vegetation to take root over time.
3D Geomat for Roadside and Highway Slopes
By reinforcing embankment surfaces, 3D geomats reduce rainwater runoff erosion and maintain slope integrity, ensuring long-term stability for roads and highways.
3D Geomat for Green Roofs and Landscaping
Lightweight and eco-friendly, 3D geomats support soil and plant retention on rooftops and landscaped areas, promoting sustainable urban greening.
3D Geomat for Erosion Control on Bare Soil
Perfect for exposed soil surfaces, 3D geomats provide immediate erosion protection, allowing plants to grow through the mat to form a permanent green cover.
🌍 Case Studies / Projects
3D Geomat Project in Southeast Asia — Highway Slope Greening
Project Background: A highway embankment in Southeast Asia required both slope stabilization and long-term vegetation coverage to prevent erosion during the rainy season.
Product Used: Reinforced 3D Geomat
Result: The geomat provided excellent surface reinforcement, stabilized the slope structure, and promoted rapid turf growth, achieving both functional and aesthetic goals.
D Geomat Project in the Middle East — Riverbank Protection
Project Background: A riverbank protection project in the Middle East faced challenges with high water flow and poor drainage capacity.
Product Used: Composite 3D Geomat (Geotextile + Geomat)
Result: The composite structure enhanced drainage performance and resistance to scouring, while supporting natural vegetation growth along the riverbank.
3D Geomat Project in Africa — Railway Embankment Stabilization
Project Background: A railway project in Africa required a cost-effective solution to protect embankments against erosion and rainfall impact.
Product Used: Standard 3D Geomat
Result: The geomat offered reliable erosion control and soil stabilization at a competitive price, helping extend the service life of the railway embankment.
❓ Frequently Asked Questions (FAQ)
1. What is 3D geomat used for?
3D geomat is mainly used for slope protection, erosion control, and vegetation growth on embankments, riverbanks, and construction sites. Its three-dimensional structure reinforces the soil surface and provides a stable base for plants to root, effectively preventing surface erosion caused by wind and water.
2. How does 3D geomat prevent soil erosion?
3D geomat prevents soil erosion by interlocking with the topsoil and forming a stable protection layer. Once vegetation grows through the mat, the roots and the geomat structure work together to anchor the soil, reduce surface runoff, and prevent washouts even during heavy rainfall or strong water flow.
3. What is the standard thickness of 3D geomat?
The standard thickness of 3D geomat typically ranges from 10 mm to 20 mm, depending on the type and application. Standard 3D geomat is often used for general slope protection, while reinforced types with higher thickness are suitable for steep slopes and high-flow conditions.
4. Is 3D geomat suitable for steep slopes?
Yes. Reinforced 3D geomat is specifically designed for steep slopes and areas exposed to heavy water flow. It provides enhanced tensile strength and frictional resistance, helping stabilize the slope surface and support vegetation growth even in challenging terrains.
5. How to install 3D geomat for slope protection?
To install 3D geomat:
Prepare the slope surface by removing debris and leveling.
Lay the geomat from top to bottom, ensuring proper overlap between rolls.
Fix the geomat using steel pins or U-shaped anchors.
Cover with topsoil and compact gently.
Seed and irrigate to encourage vegetation growth.
Proper installation ensures maximum slope stabilization and long-term performance.