| Fiber Diameter | ≤6.0 μm |
| Form Factor | Flexible roll-shaped |
| Shot Content | ≤5.0% |
| Density Tolerance | ±10% |
| Structure Type | Double-layer reinforced |
| Water Absorption | ≥70% |
| Payment Terms | L/C,T/T |
| Place of Origin | china |
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Product Specification
| Fiber Diameter | ≤6.0 μm | Form Factor | Flexible roll-shaped |
| Shot Content | ≤5.0% | Density Tolerance | ±10% |
| Structure Type | Double-layer reinforced | Water Absorption | ≥70% |
| Payment Terms | L/C,T/T | Place of Origin | china |
| High Light | OEM tower garden rock wool ,Planting tower garden rock wool ,OEM rock wool for hydroponics | ||
The Mesh-Anchored Rock Wool Planting Stick for Extremely Steep Slopes is a high-strength vegetation carrier specifically designed for ecological restoration of extremely steep and high-risk slopes. Manufactured with a double-layer reinforced structure, the product features a flexible roll-shaped form that combines excellent shape retention with anchoring adaptability, enabling multi-point high-strength anchoring through mesh systems.
Built on the design philosophy of "anchoring first, vegetation integration," the product ensures reliable mechanical connection between the planting stick and the slope surface while incorporating a vegetation substrate and water-retaining structure within its core, enabling a safe "anchor-then-plant" construction approach on steep slopes.
The rock wool stick offers exceptional tensile and shear resistance, effectively withstanding slope erosion risks under extreme weather conditions such as high winds and heavy rainfall. It is a core functional component for greening projects on extremely steep rocky slopes and hazardous rock treatment areas.
Ecological restoration of extremely steep rock slopes, high and steep slopes in high wind and heavy rainfall areas
| Parameter | Typical Value |
|---|---|
| Density Tolerance | ±10% |
| Fiber Diameter | ≤6.0 μm |
| Shot Content | ≤5.0% |
| Volume Water Absorption | ≥70% |
The rod can be quickly anchored to the netting system, forming a multi-point distributed force structure that effectively disperses loads and prevents the planting rod from slipping or detaching under gravity.
The high-strength structure, combined with the anchoring system, withstands strong wind loads and heavy rain runoff erosion, ensuring the integrity of the vegetation layer under extreme weather conditions.
By concentrating the rock wool substrate within the rod, this design replaces traditional large-area spray-on soil covering, significantly reducing additional slope loads and minimizing the risk of secondary disturbance in hazardous rock areas.
The rod is pre-loaded with seeds and substrate, requiring only netting and anchoring work on-site. This reduces high-altitude construction procedures, enhancing both safety and control during installation on extremely steep slopes.
Company Details
Business Type:
Manufacturer
Total Annual:
>70000000USD
Employee Number:
>600
Ecer Certification:
Verified Supplier
BBMG Energy Saving and Thermal Insulation Technology (Dachang) Co., Ltd. is the core manufacturing enterprise of BBMG New Material Industrialization Group under BBMG Group. Relying on the group's 70 years of experiences in the R&D of inorganic fiber products, and continuous innovation i... BBMG Energy Saving and Thermal Insulation Technology (Dachang) Co., Ltd. is the core manufacturing enterprise of BBMG New Material Industrialization Group under BBMG Group. Relying on the group's 70 years of experiences in the R&D of inorganic fiber products, and continuous innovation i...
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