V-Shaped Groove Lined Rock Wool Planting Blanket
Product Overview
The V-shaped groove lined rock wool planting blanket is a custom-fit vegetation solution designed for specialized engineering applications. This flexible rock wool material conforms tightly to the inner walls and bottom contours of V-shaped grooves, creating a continuous vegetation growth base that prevents substrate leakage and loss associated with traditional backfilling methods.
Applications
• V-shaped groove greening for extremely steep rock slopes
• Planting trench restoration for extremely steep waste rock slopes
• Vertical greening for confined spaces
Technical Specifications
| Parameter |
Typical Value |
| Density Tolerance |
±10% |
| Fiber Diameter |
≤6.0 μm |
| Shot Content |
≤5.0% |
| Volume Water Absorption |
≥70% |
Key Features
- Flexible and bendable for irregular shape adaptation: The soft mat can be freely bent along the contours of V-shaped troughs, closely adhering to the bottom and side walls to eliminate voids and achieve full coverage.
- Leakage prevention and substrate retention: After installation, the mat forms a continuous, closed vegetation base layer that effectively prevents substrate loss from trough gaps under irrigation or rainfall conditions, reducing maintenance requirements.
- Water retention and root promotion with optimized micro-environment: The rock wool mat offers high water-holding capacity, creating localized moisture reserves within the trough; the fiber structure provides low-resistance pathways for root penetration, encouraging root extension into the mat.
- Reduced thickness and loading with structure-friendly design: Replaces traditional thick-layer soil filling methods, reducing trough load and lowering structural safety requirements for anchoring systems and trough components, thereby extending project service life.
- Convenient installation with precise placement: The mat can be pre-cut and directly laid or inserted on-site, reducing manual filling operations within the trough and improving construction accuracy and efficiency.
