Filament Needled Geotextile
1.Filament needled geotextile offers superior filtration, drainage, and reinforcement performance. Its unique needle-punched structure ensures high tensile strength (up to 800N) and excellent puncture resistance. The non-woven fabric features exceptional permeability (10-3cm/s level) while effectively preventing soil loss.
2.With UV resistance, corrosion resistance, and aging resistance, it maintains stable performance for over 10 years.
3.he material is lightweight (100-1000g/m² customizable) and flexible for easy installation. Ideal for landfills, dams, roads, and environmental projects, it provides reliable separation, filtration, and protection functions.
Filament needled geotextile represents a premium-grade nonwoven geosynthetic material manufactured through advanced needle-punching technology. This high-performance textile exhibits exceptional engineering characteristics that make it indispensable for modern civil and environmental applications.
1. Filament needled geotextile: The innovative needle-punched structure delivers remarkable tensile strength with outstanding puncture resistance, capable of withstanding significant mechanical stresses in demanding environments.
2. Filament needled geotextile with precisely controlled porosity, the fabric maintains superior permeability while effectively retaining soil particles, achieving perfect balance between drainage efficiency and filtration performance.
3. Filament needled geotextile premium polyester fibers with UV stabilizers and chemical additives, the material demonstrates excellent resistance to environmental degradation, ensuring reliable performance for 10-15 years even in harsh conditions.
The product excels in multiple engineering functions including:
- Reliable separation of dissimilar soil layers
- Efficient subsurface drainage systems
- Effective erosion control
- Reinforcement for weak subgrades
Versatile Applications:
• Landfill lining systems (base and cover)
• Riverbank and coastal protection
• Highway and railway subgrade stabilization
• Water conservancy projects (dams, canals)
• Environmental remediation projects
