Terram 2000 Geotextile is a heavy-duty nonwoven fabric engineered for demanding civil engineering projects. It delivers superior soil separation, filtration, and reinforcement with excellent tensile strength and puncture resistance, making it ideal for roads, railways, embankments, and erosion control.
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Terram 2000 Geotextile is a robust nonwoven fabric designed for a wide variety of civil engineering applications where soil separation, filtration, and reinforcement are required. It is engineered to provide superior strength and durability while offering efficient drainage and protection against soil erosion and movement. With excellent resistance to punctures and UV degradation, it is an ideal choice for demanding construction and landscaping projects.
Features & Benefits:
High Tensile Strength: With a tensile strength of 14.5 kN/m, it provides substantial reinforcement, ensuring the stability and durability of soil structures.
Excellent Puncture Resistance: The high CBR puncture resistance (2750 N) offers additional protection in high-pressure environments, such as embankments and roads.
Effective Filtration and Separation: The 65 µm mean pore size allows for superior filtration, ensuring that soil particles do not migrate and keeping your groundworks stable.
UV Resistance: UV-stabilised to withstand the elements, offering a long lifespan even in harsh environments.
Versatile: Perfect for use in a variety of projects, including roadways, railways, and slope stabilisation, as well as erosion control and filtration applications.
Applications:
Roads and railways
Retaining walls and foundation reinforcement
Erosion control (slopes, embankments)
Drainage systems and filtration
Landfill and waste management projects
Sizes Available:
Roll Size: 4.5m x 100m
Weight: 320gsm
Material | Nonwoven geotextile fabric
Roll Size | 4.5m x 100m
Weight | 320gsm
Tensile Strength | 14.5 kN/m (EN ISO 10319)
Tensile Elongation | 60% ±20 (EN ISO 10319)
CBR Puncture Resistance | 2750 N (EN ISO 12236)
Cone Drop | 26 mm ±5 (EN ISO 13433)
Pore Size (Mean AOS) | 65 µm ±20 (EN ISO 12956)
Permeability (H50) | 55 l/m²/s (EN ISO 11058)