Longitudinal And Transverse Breaking Strength:≥4.5KN/M
Elongation At Break:40%~60%
Thickness:≥0.6mm
Size:80mm X 50mm
Highlight:
UV-Resistant Ecological Bag
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Polypropylene Fiber Geotextile Bag
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Slope Greening Ecobag
Basic Infomation
Place of Origin:Hunan China
Brand Name:JIANYI
Certification:CE&ISO
Payment & Shipping Terms
Delivery Time:5-8workdays
Payment Terms:T/T,L/C
Supply Ability:1200t/month
Gallery
UV-Resistant Polypropylene Fiber Ecological Bag for Slope Greening and Vegetation Restoration
Product Description
Ecological Bag for Slope Greening & Vegetation Restoration
Product Features
This ecological slope greening bag is manufactured from premium polypropylene (PP) non-woven fabric using advanced needle-punched technology. The specialized construction provides excellent water permeability, enabling plant roots to penetrate and establish growth while effectively preventing soil erosion. Engineered for durability, the bag features UV resistance and anti-aging properties to withstand prolonged exposure to sunlight and harsh environmental conditions. With exceptional tensile strength and tear resistance, it reliably supports the weight of soil and vegetation. The innovative locking edge design ensures secure connections between bags, forming a stable and integrated slope protection system.
Product Advantages
Enhanced Vegetation Growth: Promotes robust plant development for effective ecological restoration and slope greening
Simplified Installation: Easy construction process without specialized equipment, significantly reducing project costs
Versatile Application: Strong adaptability suitable for various slope angles and diverse soil conditions
Water Retention: Built-in moisture retention capacity supports plant survival in arid and challenging environments
Applications
Ideal for comprehensive slope greening projects including highway and railway embankments, mountain restoration initiatives, mine ecological remediation, and river bank vegetation stabilization. Particularly effective for challenging terrains such as rocky slopes and barren landscapes where conventional vegetation establishment is difficult. This solution enables rapid formation of protective green layers that enhance environmental sustainability and landscape aesthetics.