Geotextile Bag High Durability Anti Scouring System for Hydraulic Engineering and Canal Protection
Key Attributes
| Material: | PP Polyester Nylon | Strength: | ≥90 KN M |
| Grammage: | ≥650 G M2 | Elongation: | ≤15 Percent |
| Seam Strength: | ≥160 KN M | Abrasion Resistance: | ≥80 Percent |
Geotextile bags used in hydraulic engineering are designed to resist scouring and erosion caused by continuous water flow. These bags provide a reliable protective system for canals rivers and drainage structures where long term durability is essential.
When filled with concrete the bags form a stable and dense layer that protects the underlying soil from water impact. The flexible fabric ensures close contact with the surface preventing water from penetrating beneath the structure which is a common cause of failure in rigid systems.
The high abrasion resistance ensures that the material maintains its integrity even under constant friction from flowing water and sediment. This makes it highly suitable for high velocity water environments.
| Property | Unit | Value |
|---|---|---|
| Tensile Strength | kN m | ≥90 |
| Elongation | percent | ≤15 |
| Seam Strength | kN m | ≥160 |
| Abrasion Resistance | percent | ≥80 |
| CBR Strength | kN | ≥8.5 |
| UV Resistance | percent | ≥90 |
| Opening Size | mm | ≤0.425 |
| Permeability | L m2 s | ≥25 |
- Canal protection
- Drainage systems
- Hydraulic structures
- Water conservancy projects
- Strong anti scouring performance
- Long service life
- Stable quality
- Professional technical support
What is anti scouring geotextile bag
It is used to protect structures from erosion caused by water flow
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