Eco-bag non-woven fabric is a high-strength engineered material
made from polypropylene synthetic fibers through a cross-laid needle-punched process. It exhibits exceptional corrosion resistance, UV resistance,
anti-aging properties, non-toxicity, non-combustibility, and
structural stability, with the added benefit of non-extending cracks.
Eco-bags are fabricated by sewing the eco-bag non-woven fabric with
anti-aging high-strength yarns to form durable, functional bags. Standard dimensions include:
110 cm × 50 cm
80 cm × 45 cm
95 cm × 35 cm
Applications
As a critical component of flexible ecological slope engineering systems, eco-bags provide targeted water-permeable and soil-retaining filtration.
They prevent the loss of fill material while allowing proper water
circulation within the soil, effectively reducing static water
pressure on slopes. Their soil-retention properties preserve the
essential medium for vegetation growth Soil and water conservation.
Key Features:
Plant-Friendly Design: The material supports unobstructed plant growth through the bag,
encouraging root development and integration with the structure.
Sustainable Slope Stabilization: Filled with soil (optionally nutrient-enhanced), eco-bags are
stacked on steep slopes and secured with connective fasteners.
Post-installation, vegetation planted on the bags reinforces
structural integrity through root systems, creating a
permanent, eco-friendly green slope.
Eco-Conscious Construction: Ideal for environmentally sensitive projects such as
mountain/barren land restoration, mining rehabilitation, highway
slope greening, and riverbank stabilization.
Advantages in Slope Engineering:
Cost-Effective: Replaces traditional materials like stone and concrete,
significantly reducing project costs.
Natural Aesthetics: Enables immediate vegetation coverage, transforming slopes into
visually natural, green landscapes.
Engineered Filtration: Permeable to water but impermeable to soil, effectively
preventing soil erosion, localized debris flow, and slope collapse.
Long-Term Stability: Forms a durable, self-sustaining natural slope resistant to
environmental stressors.
Technical Index
| Product | Breaking Strength (KN/m,LD&TD) | Elongation at break(%) | CBR Mullen Burst Strength(KN) | Pierce Strength(N) | Thickness (mm) |
| Geotextile Bag | 10 | 60 | 20 | 400 | 1.36 |
Technical Benefits:
High Tensile Strength: Withstands mechanical stresses during installation and use.
Chemical & UV Resistance: Ensures longevity in harsh outdoor environments.
Customizable Fill: Adaptable to specific soil or growth medium requirements for
optimal vegetation support.
Environmental Impact:
Eco-bag systems offer a low-carbon, energy-efficient solution for ecological restoration, aligning with global sustainability
goals by promoting biodiversity and reducing construction waste.
