Staple Fiber Geotextile

Engineered for drainage and erosion control, this geotextile offers high permeability (0.1-2.0 cm/s) and precision filtration. Its dense nonwoven structure resists root penetration and clogging. Made from virgin PP/PET, customizable weight and size, ISO 9001 and ASTM certified for durable, low-maintenance performance.

Engineered for slag and waste landfills, this needle-punched geotextile offers superior filtration with ≥600 L/m²/s permeability and ≥1500 N CBR puncture resistance. UV-stabilized PET/PP resists chemicals and heavy loads. Customizable weight and roll sizes. ASTM, EPA, ISO, CE certified. Cost-effective protection for geomembranes.

Engineered for mining landfills and waste containment, this nonwoven geotextile offers superior filtration, separation, and reinforcement. With tensile strength ≥1000 N/m and CBR puncture resistance ≥2500 N, it withstands harsh conditions. UV-stabilized, chemical-resistant, and customizable in weight and width. ASTM, ISO, CE certified.

High tensile strength woven geotextile fabric from polypropylene yarns. Offers reinforcement, filtration, and protection for roads, slopes, and embankments. Customizable weight (80-600gsm) and width (2-6m). UV resistant and durable.

High-performance staple fiber geotextile with excellent water permeability and corrosion resistance. Features 100g-800g/㎡ weight range, 2m-6m widths, and meets GB/T 17638-2017 standards. Ideal for water conservancy, road construction, slope protection, and landfill applications with superior filtration and durability.

Premium staple fiber geotextile offering exceptional chemical resistance, high water permeability, and tensile strength up to 40 KN/m. Ideal for water conservancy, road construction, and environmental engineering applications. Features 80% strength retention against acids, alkalis, oxidation, and UV exposure. Available in customizable widths and weights for diverse project requirements.

Polyester staple fiber geotextile offering exceptional strength (3-40 KN/m), UV resistance (≥80% retention), and corrosion protection. Ideal for water conservancy, transportation infrastructure, and environmental engineering projects. Available in 100-800g/m² weights with 2-6m widths for easy installation and superior drainage performance.

High-performance staple fiber geotextile offering superior strength (3-40 KN/m), excellent water permeability, and corrosion resistance. Ideal for isolation, filtration, and reinforcement in highway, railway, dam, and landfill applications. Compliant with GB/T 17638 standards, featuring recyclable materials and cost-effective pricing for large-scale engineering projects.

Engineered for demanding coastal and hydraulic projects, this UV-stabilized PP geotextile offers superior filtration and soil stabilization. Its high permeability retains soil while draining water, preventing erosion beneath riprap and revetments. Ideal for marine structures, it ensures long-term durability and system stability.

Engineered from 100% polypropylene filaments via needle-punching, this geotextile offers high tensile strength and puncture resistance. It ensures effective soil separation, filtration, and geomembrane protection. Ideal for road construction, drainage, and landfill projects, reducing maintenance costs and extending service life.

Made from polyester or polypropylene staple fibers, this needle-punched non-woven geotextile offers high permeability, anti-clogging, and corrosion resistance. Ideal for highway subgrades, railway track beds, and tunnels. Custom widths up to 6m and roll lengths available.

Made from durable polyester or PP staple fibers, this needle-punched nonwoven geotextile offers excellent filtration, drainage, and soil separation. Its random fiber structure prevents clogging while ensuring high permeability. Resistant to corrosion and insects, it is lightweight and easy to install. Custom widths up to 6m and roll lengths available for civil engineering projects.

Made from durable polyester or polypropylene staple fibers, this needle-punched nonwoven geotextile offers reliable water permeability, anti-clogging performance, and long-term corrosion resistance. Lightweight and easy to install, it is ideal for soil separation, filtration, drainage, and reinforcement in highways, railways, tunnels, and embankments. Custom sizes available.

Made from polyester or PP staple fibers, this needle-punched nonwoven geotextile offers high water permeability, corrosion resistance, and non-clogging filtration. Ideal for separation, drainage, and reinforcement in highways, railways, and tunnels. Custom sizes available.

EconoTex SF is a cost-effective needle-punched nonwoven geotextile for separation, filtration, and protection. Lightweight rolls enable rapid installation with minimal labor. Offers chemical resistance and 300mm overlap. Ideal for roads, drainage, and erosion control. Custom sizes available.

Cost-effective non-woven staple fiber geotextile for filtration and separation. Excellent for retaining fine soils in underdrains and roads. Reduces project costs with durable, permeable performance. Custom sizes available.

Engineered needle-punched non-woven geotextile for separation, filtration, and drainage. High permittivity and tensile elongation ensure reliable performance in demanding soil conditions. Customizable weight from 3 to 16 oz/sq yd. ASTM certified for quality.

Engineered from 100% virgin polypropylene or polyester, our needle-punched geotextile offers superior separation, filtration, and protection. Available in weights from 100 to 500 g/m², it provides high tensile strength, UV resistance, and meets ASTM/GRI standards for reliable performance in roads, drainage, and erosion control.

UV-stabilized short-fiber polypropylene geotextile for soil separation, filtration, and drainage. Cost-effective, easy to install, puncture resistant, and permeable. Ideal for road subgrade, erosion control, and landfill projects. Available in multiple roll sizes and weights.

Engineered for separation, filtration, and drainage, this 200gsm needle-punched geotextile offers high permeability and puncture resistance. Ideal for roads, railways, and erosion control. Cost-effective, UV-stable, and easy to install. Custom sizes available.