Customization: | Available |
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After-sales Service: | Online Technical Support |
Warranty: | 3 Years |
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Taking Filament spunbond nonwovens Geotextile as an example:
Filament Spunbond Nonwovens Geotextile Specifications (GB/T 17639-2008)
Experience unparalleled performance with our Efficient Nonwoven Fabric, designed for superior water permeability, exceptional filtration, long-lasting durability, and remarkable deformation adaptability. This innovative material also boasts excellent plane drainage capability, making it an ideal choice for both filtration and construction material applications.
Functions: Filtration, reinforcement, drainage, separation, protection, and stabilization.
(1) Enhance the backfill reinforcement of retaining walls or anchor the panel of retaining walls. Ideal for the construction of wraparound retaining walls and abutments.
(2) Fortify flexible pavements, mend road cracks, and prevent pavement from reflecting cracks.
(3) Boost the stability of gravel slopes and reinforced soil to avert soil erosion and freeze damage during low temperatures.
(4) Act as an isolation layer between road ballast and roadbed or between the road star and soft foundation.
(5) Serve as an isolation layer between artificial earth filling, rockfill, or material field and foundation, and between different frozen soil layers. Provides backfiltration and reinforcement.
(6) Function as the initial upstream dam surface filter layer of ash dams or tailings dams, and as a filter layer in the drainage system of backfill soil for retaining walls.
(7) Operate as the filter layer around drainage dark pipes or gravel drainage dark ditches.
(8) Serve as the filter layer for water wells, relief wells, or baroclinic pipes in water conservancy projects.
(9) Act as an isolation layer of geotextiles between roads, airports, railway tracks, artificial rockfills, and the foundation.
(10) Provide vertical or horizontal drainage for earth dams, embedded in the soil to dissipate void water pressure.
(11) Facilitate drainage behind impermeable geomembranes or under concrete protection in earth dams or embankments.
(12) Mitigate water seepage around tunnels and reduce the external water pressure on the lining and buildings.
(13) Enable drainage of artificial land foundations and sports ground foundations.
(14) Strengthen weak foundations in projects such as railways, embankments, earth-rock dams, airports, and sports grounds, including temporary roads.
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