Customization: | Available |
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After-sales Service: | Online Technical Support |
Warranty: | 3 Years |
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Highlighting our Filament Spunbond Nonwovens Geotextile:
Detailed Specifications for Filament Spunbond Nonwovens Geotextile (compliant with GB/T 17639-2008 standards)
Our Durable Nonwoven Fabric boasts exceptional water permeability, outstanding filtration capabilities, remarkable durability, and impressive adaptability to deformation. Additionally, it excels in providing efficient plane drainage, making it the perfect choice for geotextile filtration and various building projects.
Functions: filtration, reinforcement, drainage, separation, protection, and stabilization, etc.
(1) Ideal for reinforcing backfill in retaining walls and anchoring panels. Perfect for constructing wrap-around retaining walls or abutments.
(2) Enhances flexible pavement strength, repairs road cracks, and prevents the reflection of cracks on the pavement.
(3) Boosts stability of gravel slopes and reinforced soil, protecting against soil erosion and freeze-thaw cycles.
(4) Serves as an isolation layer between road ballast and roadbed or between road surface and soft foundation.
(5) Acts as an isolation layer between artificial fills, rock fills, or material fields and their foundations—ideal for different frozen soil layers, backfiltration, and reinforcement.
(6) Functions as a filter layer for the initial upstream surface of ash or tailings dams and as a filter layer in drainage systems within retaining wall backfill soil.
(7) Effective as a filter layer around drainage pipes or gravel drainage ditches.
(8) Suitable for water wells, relief wells, or baroclinic pipes in water conservancy projects as a filter layer.
(9) Serves as an isolation layer for geotextiles between roads, airports, railway tracks, artificial rock fills, and foundation layers.
(10) Provides vertical or horizontal drainage within earth dams, efficiently dissipating void water pressure.
(11) Drains behind impermeable geomembranes or under concrete protection in earth dams or embankments, ensuring stability.
(12) Reduces water seepage around tunnels and buildings, significantly lowering external water pressure on linings.
(13) Facilitates drainage in artificial land foundations and sports ground foundations.
(14) Reinforces weak foundations in infrastructure projects such as railways, embankments, earth-rock dams, airports, and sports grounds—suitable even for temporary roads.
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