Customization: | Available |
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After-sales Service: | Online Technical Support |
Warranty: | 3 Years |
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Let's explore the remarkable attributes of Filament Spunbond Nonwovens Geotextile:
Technical Specifications for Filament Spunbond Nonwovens Geotextile (Standard: GB/T 17639-2008)
Experience unmatched quality and performance with our High Performance Geotextile for Filtration and Reinforcement in Construction. This exceptional product boasts superior water permeability and filtration, ensuring optimal performance in various construction applications. Additionally, it offers remarkable durability, deformation adaptability, and excellent plane drainage capabilities, making it the go-to choice for professionals seeking reliability and efficiency in their projects.
Functions: filtration, reinforcement, drainage, separation, protection, and stabilization.
(1) Reinforcement in backfill of retaining walls, anchoring retaining wall panels, and construction of wraparound retaining walls or abutments.
(2) Strengthening flexible pavements, repairing road cracks, and preventing reflective pavement cracks.
(3) Enhancing the stability of gravel slopes and reinforced soil to combat soil erosion and freezing damage at low temperatures.
(4) Serving as an isolation layer between road ballast and roadbed, or between road subgrade and soft foundation.
(5) Acting as an isolation layer between artificial earth fill, rockfill, or material fields and foundations, as well as different frozen soil layers. Also used for backfiltration and reinforcement.
(6) Functioning as a filter layer on the upstream surface of ash dams or tailings dams, and within the drainage systems of retaining wall backfill soil.
(7) Serving as a filter layer around drainage pipes or gravel drainage ditches.
(8) Providing a filter layer for water wells, relief wells, or baroclinic pipes in water conservancy projects.
(9) Acting as an isolation layer for geotextiles between roads, airports, railway tracks, artificial rockfills, and foundations.
(10) Enabling vertical or horizontal drainage within earth dams to dissipate void water pressure.
(11) Facilitating drainage behind impermeable geomembranes or beneath concrete protection in earth dams or embankments.
(12) Eliminating water seepage around tunnels and reducing external water pressure on lining and seepage around buildings.
(13) Facilitating drainage in artificial land foundations and sports ground foundations.
(14) Strengthening weak foundations in railway, embankment, earth-rock dams, airport, and sports ground projects, including temporary roads.
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