Terram 1500 Geotextile is a premium nonwoven fabric offering effective soil separation, filtration, and reinforcement. Designed for civil engineering and landscaping projects, it combines high tensile strength with excellent puncture resistance and durability, making it ideal for roads, embankments, and drainage systems.
We process and dispatch orders promptly and keep you informed throughout the delivery process.
Terram 1500 Geotextile is a high-quality nonwoven geotextile fabric designed to offer effective soil separation, filtration, and reinforcement in a wide variety of civil engineering and landscaping projects. It is manufactured to deliver reliable performance under pressure, making it ideal for a range of applications where strength, durability, and effective drainage are essential.
Features & Benefits:
High Tensile Strength: With a tensile strength of 12.5 kN/m, it offers robust soil reinforcement in construction and landscaping projects.
Puncture Resistance: With a CBR puncture resistance of 2250 N, it provides protection against sharp objects and ensures stability in demanding environments.
Efficient Filtration: The fabric's pore size of 65 µm allows for effective separation of soil and drainage, preventing soil migration and promoting long-term ground stability.
UV and Biodegradation Resistance: Designed to withstand UV exposure and resist biological degradation, ensuring its effectiveness over time.
Versatile: Ideal for use in road construction, embankments, and landscaping projects, where soil stabilisation and reinforcement are required.
Applications:
Road and railway construction
Drainage systems and filtration
Retaining walls and foundation reinforcement
Erosion control in slopes and embankments
Landfill and waste management applications
Sizes Available:
Roll Size: 4.5m x 100m
Weight: 275gsm
Material | Nonwoven geotextile fabric
Roll Size | 4.5m x 100m
Weight | 275gsm
Tensile Strength | 12.5 kN/m (EN ISO 10319)
Tensile Elongation | 60% ±20 (EN ISO 10319)
CBR Puncture Resistance | 2250 N (EN ISO 12236)
Cone Drop | 32 mm ±6 (EN ISO 13433)
Pore Size (Mean AOS) | 65 µm ±20 (EN ISO 12956)
Permeability (H50) | 65 l/m²/s (EN ISO 11058)