Non woven geotextile for subgrade and slope stabilization is a high-performance reinforcement and stabilization material used in geotechnical engineering and slope protection systems. It is made from high-quality polyester (PET) fibers and processed through a needle-punching technique to form a dense and mechanically balanced non-woven geotextile structure. In subgrade and slope engineering applications, this material is primarily used to enhance the overall shear resistance of soil, control soil and water erosion, and optimize stress distribution, thereby improving the long-term stability and safety of slope and foundation structures.
·High-strength multi-directional reinforcement structure: Fibers are randomly interwoven into a three-dimensional network, providing excellent tensile strength and deformation resistance in both longitudinal and transverse directions.
·Excellent anti-erosion and anti-scour performance: Effectively resists rainwater impact and surface runoff erosion, reducing surface soil loss and sliding risks.
·Good permeability and drainage capability: Allows water to pass freely while maintaining soil stability, effectively reducing pore water pressure buildup.
·Durable environmental resistance: Offers strong resistance to UV exposure, acids, alkalis, and microbial degradation, suitable for long-term exposed or semi-buried conditions.
·Significantly improved slope stability: Enhances inter-soil friction and confinement, reducing the risk of landslides and localized collapse.
·Optimized stress distribution: Helps disperse applied loads within the soil mass, reducing the probability of localized failure.
·Reduced soil erosion: Effectively controls rainfall-induced erosion and surface runoff, maintaining slope integrity.
·Adaptability to complex terrain: Flexible and easy to install, allowing close conformity to irregular slopes and varied landforms.
·Extended service life: Provides long-term reinforcement performance, reducing maintenance requirements and improving overall durability.
·Highway and railway slope protection engineering: Used for embankment slope reinforcement and erosion protection along transportation corridors.
·Mountain slope stabilization and ecological restoration: Applied in exposed slope stabilization and vegetation restoration base layers.
·Riverbank and embankment protection projects: Used for soil reinforcement and erosion control in areas exposed to water flow impact.
·Urban slope and excavation support engineering: Applied in temporary or permanent slope stabilization for urban construction projects.
·Mining and spoil disposal site rehabilitation: Used for soil stabilization and structural reinforcement in disturbed or fragmented terrain areas.
| Brand | Hui Le |
| Is customization supported | Customization Available |