Long Fiber Geotextile

The Critical Challenge: Protecting Your Geomembrane Investment HDPE geomembranes are the cornerstone of modern containment systems (landfills, ponds, tailings storage, mining). However, their long-term performance and impermeability critically depend on protection from installation stresses, puncture, and abrasion during service. Damage leads to leaks, costly repairs, environmental risks, and premature failure. Protection isn't optional; it's fundamental to system integrity

Product Features ✅ Continuous Filament Structure 100% virgin polyester/polypropylene filaments, thermally bonded for uniform strength. ✅ Superior Tensile Strength MD/CD strength up to 40 kN/m (ASTM D4595). ✅ Chemical Resistance Stable in pH 2-13 environments, resistant to biological degradation. ✅ UV Stabilized ≤5% strength loss after 1,500 hrs UV exposure (ISO 4892). Key Benefits

Product Overview Our Needle-Punched Nonwoven Long-Fiber Geotextile is a premium geosynthetic fabric engineered for applications demanding exceptional tensile strength , long-term stability , and resistance to mechanical stress . Made from continuous polyester (PET) or polypropylene (PP) filaments bonded through advanced needle-punching technology, this geotextile outperforms traditional short-fiber variants in heavy-duty scenarios such as road construction, embankment

Product Overview Our Long-Filament Geotextile is a heavy-duty, nonwoven fabric engineered exclusively for industrial waste landfill applications. Designed to endure aggressive chemical exposure, high mechanical stress, and long-term environmental challenges, this geotextile provides critical filtration, separation, and reinforcement functions. It ensures the structural stability of landfill layers, prevents contamination, and safeguards ecosystems from hazardous waste

Nonwoven Long-Filament Geotextile for Flue gas cleaning residues Landfill Projects High-strength, durable geotextile designed for ash pit landfill applications, providing superior filtration, separation, and stabilization in coal ash and industrial waste containment systems. Key Features: Exceptional Filtration & Drainage Nonwoven structure with high permeability (≥1000 l/m²/s) prevents soil clogging while allowing efficient leachate drainage. Retains fine ash particles to

Our Polyester Filament Nonwoven Geotextile is an environmentally friendly construction material made through needle-punching process without chemical additives or heat treatment. This innovative solution replaces traditional engineering materials with safer installation and better environmental protection, offering more economical, efficient and durable answers to engineering challenges. Key Features & Benefits ✔ Excellent Mechanical Properties - Superior tensile strength in

Our long-fiber nonwoven geotextile is engineered from 100% virgin polypropylene fibers, utilizing advanced needle-punching technology to create a high-strength, permeable fabric. Designed for durability and performance, it excels in separation, filtration, drainage, and erosion control applications across infrastructure, environmental, and construction projects. Key Features ✔ High Tensile Strength – Resists mechanical stress during installation and long-term use. ✔ Excellent

PET polyester chips Nonwoven Geotextile Easy to construct, acid and alkali resistant For tailings ponds and landfills Product Introduction PET polyester chips Nonwoven Geotextile is a geosynthetic material made directly from polyester by spinning and needle consolidation. Product specifications can be selected from 100-800g/m², and the fibers are arranged into a three-dimensional structure. It has good mechanical function, good water permeability, and can resist corrosion,

Product overview PET polyester slices are extruded by a heated melting screw, spun and drawn into a network shape, and then The needle punching process makes the fibers intertwined, entangled and fixed to standardize the fabric to meet different uses. Use requirements Application PET polyester slices are extruded by a heated melting screw, spun and drawn into a network shape, and then The needle punching process makes the fibers intertwined, entangled and fixed to standardize

Black Long Fiber Geotextile High Strength and Alkali Resistance for Hydraulic and Traffic Construction Product Introduction Black long fiber geotechnical fabric is a geosynthetic material made from polyester filaments through needling reinforcement technology. It has excellent mechanical properties, water permeability, corrosion resistance, and aging resistance, making it suitable for various engineering fields. Product Properties High Strength: The black long fiber

Black Long Fiber Geotextile for Soil Stability and Corrosion Resistance in Various Environments Product Introduction Black long fiber geotechnical fabric is a type of geotechnical fabric. Geotechnical fabric, also known as geotechnical fabric, is a synthetic fiber material made by needling or weaving, presenting as a cloth-like product. Black long fiber geotechnical fabric is the type that is black in color and manufactured using long fibers. Its unit weight typically falls

Black Long Fiber Geotextile High Tensile Strength and Puncture Resistance for Building Structures Product Introduction Black long fiber geotechnical fabric is a type of geotechnical fabric. Geotechnical fabric, also known as geotechnical fabric, is a synthetic fiber material made by needling or weaving, presenting as a cloth-like product. Black long fiber geotechnical fabric is the type that is black in color and manufactured using long fibers. Its unit weight typically falls

Versatile Black Long Fiber Geotextile for Roads Railways and Airport Runways Product Introduction Black long fiber geotechnical fabric is a geosynthetic material made from polyester filaments through needling reinforcement technology. It has excellent mechanical properties, water permeability, corrosion resistance, and aging resistance, making it suitable for various engineering fields. Product Properties High Strength: The black long fiber geotechnical fabric has high

High-strength polyester geotextile with 6-54 KN/m tensile strength and excellent water permeability. Ideal for highway construction, hydraulic engineering, and erosion control with temperature resistance from -40°C to 120°C. Custom widths from 1.0m to 6.60m available for slope protection projects.

Professional black long fiber geotextile offering exceptional acid and alkali resistance with high tensile strength (6-54 KN/m) and dimensional stability. Features excellent water permeability for drainage applications, UV resistance, and corrosion protection. Ideal for dams, roads, ports, and environmental engineering projects with customizable sizes from 1.0-6.6m width and 50-200m roll lengths.

High-performance polyester long fiber geotextile offering 100-800g/m² specifications with tensile strength up to 54 KN/m. Features excellent water permeability, corrosion resistance, and UV protection. Ideal for hydraulic, traffic, harbor, and environmental engineering applications including landfill barriers and slope reinforcement.

High-strength polyethylene long fiber geotextile with tensile strength up to 54 KN/m. Features excellent drainage, UV resistance, and chemical stability. Ideal for road construction, hydraulic engineering, and environmental projects. Available in widths 1.0-6.6m and custom specifications. GB/T 17639-2008 certified.

High-performance polyester long fiber geotextile offering customizable specifications from 100g/m² to 800g/m². Features excellent tensile strength (6-54 KN/m), UV resistance, and chemical durability. Ideal for hydraulic, transportation, port, and environmental engineering applications including filtration, isolation, and reinforcement.

High-performance long fiber geotextile offering superior mechanical strength, water permeability, and UV resistance. Available in 100-800g/m² weights and 2-6m widths for dam protection, road construction, and erosion control applications. Meets GB/T 17639-2023 standards with customizable specifications.

High-strength polyester filament geotextile with exceptional acid and alkali resistance, designed for demanding applications in landfill tailings ponds, hydraulic engineering, and infrastructure projects. Features superior tensile strength up to 54 KN/m, excellent drainage properties, and compliance with GB/T 17639-2023 standards. Available in widths from 1.0m to 6.6m and weights from 100g to 800g/㎡.