Economy alkali marsh Nonwoven Long-Fiber Geotextile for Industrial Waste Landfill Projects

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 leachate.

Key Features

1. Exceptional Filtration & Drainage

   • Engineered pore structure ensures optimal permeability (>1200 L/m²/s) while retaining fine particles, preventing clogging in leachate collection systems.

   • Facilitates rapid drainage to reduce hydrostatic pressure on geomembrane liners.

2. Ultra-High Tensile & Puncture Resistance

   • Reinforced with continuous polyester/polypropylene filaments for unmatched tensile strength (≥1200 kN/m) to withstand heavy waste loads, sharp debris, and compaction machinery.

   • CBR puncture resistance ≥3000 N (ASTM D6241), ideal for abrasive industrial waste materials.

3. Chemical Inertness

   • Resists acids, alkalis, hydrocarbons, and heavy metals (e.g., lead, arsenic) commonly found in industrial slag and waste streams.

   • UV-stabilized for prolonged outdoor exposure during installation and service life.

4. Soil Stabilization & Layer Separation

   • Prevents intermixing of waste and subsoil, maintaining landfill integrity and preventing subsidence.

   • Enhances slope stability by distributing loads evenly across unstable substrates.

5. Eco-Conscious Design

   • Protects geomembranes from punctures, extending liner lifespan and reducing landfill maintenance costs.

   • Recyclable material supports sustainable waste management practices.

Technical Specifications

• Material: UV-resistant Polyester (PET) or Polypropylene (PP)

• Weight: 400–2000 g/m² (customizable for project requirements)

• Tensile Strength: ≥1200 kN/m (MD & TD, ASTM D4632)

• CBR Puncture Resistance: ≥3000 N (ASTM D6241)

• Permittivity: ≥0.6 s⁻¹ (ASTM D4491)

• Thickness: 4–12 mm (under 2 kPa pressure)

• Roll Width: Up to 6m (standard), custom widths available

• Certifications: ASTM D4759, EPA Subtitle D, ISO 14001, CE, GRI GT13

Applications

• Waste Landfill Base & Cap Layers: Separation and protection for geomembranes in slag, ash, and industrial waste containment.

• Leachate Management: Integrated filtration layers in drainage systems to prevent clogging.

• Slope Reinforcement: Stabilization of landfill embankments and containment walls.

• Access Road Support: Reinforcement for temporary roads over soft or uneven waste deposits.

• Erosion Control: Surface protection for landfill caps exposed to rainfall or wind.

Why Choose Our Geotextile?
✅ Landfill-Specific Engineering: Optimized for extreme chemical and mechanical demands of industrial waste.
✅ Long-Term Reliability: 30+ year service life under harsh UV, chemical, and load conditions.
✅ Custom Configurations: Choose needle-punched, heat-bonded, or composite designs for enhanced friction or filtration.
✅ Global Compliance: Meets EPA, EU Landfill Directive, and ISO 9001/14001 standards.

Installation Best Practices

1. Subgrade Preparation: Level and compact soil; remove sharp objects to avoid fabric damage.

2. Roll Deployment: Unroll geotextile with 300–600 mm overlaps; secure with staples or adhesive.

3. Seam Integrity: Stitch or thermally bond overlaps in high-stress zones (e.g., slopes, joints).

4. Protection Layer: Immediately cover with drainage aggregate or soil to prevent UV degradation.

Request a Quote or Technical Support
Maximize landfill safety and regulatory compliance with our high-performance geotextiles. Contact us for samples, project-specific engineering guidance, or volume discounts!

Economy alkali marsh Nonwoven Long-Fiber Geotextile for Industrial Waste Landfill Projects Images