Terram Hi-Vis Orange Geotextile is a high-visibility, UV-stabilised nonwoven fabric designed for civil engineering, construction, and landscaping projects. Its bright orange color enhances site safety while providing reliable filtration, drainage, and reinforcement performance.
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Terram Hi-Vis Orange Geotextile is a high-visibility nonwoven fabric designed to provide the same outstanding performance as standard geotextiles, but with the added benefit of a bright, highly visible orange color. Ideal for use in construction, civil engineering, and landscaping projects, this geotextile helps increase safety on site while maintaining all the key features of its traditional counterparts, such as filtration, drainage, and reinforcement.
Features & Benefits:
High-Visibility Color: The bright orange color improves visibility on-site, helping to enhance safety and prevent accidental damage during installation and subsequent works.
Filtration and Separation: The nonwoven structure allows for effective soil filtration, helping to separate different soil layers and prevent the migration of fine particles.
UV stabilised: Terram Hi-Vis is UV-resistant, offering long-term durability and performance even when exposed to harsh weather conditions.
High Tensile Strength: With impressive tensile strength, this geotextile offers reinforcement and stabilisation for a wide range of civil engineering and landscaping projects.
Cost-Effective Solution: Provides excellent value for money with its dual purpose of enhancing safety and providing geotechnical performance.
Applications:
Road and railway construction
Embankment stabilisation
Erosion control
Landscaping applications and soil protection
Filtration systems and drainage solutions
Sizes Available:
Roll Sizes:
4.5m x 100m
Weight: 100gsm
Material | Nonwoven geotextile fabric
Color | Bright orange (high-visibility)
Roll Size | 4.5m x 100m
Weight | 100gsm
Tensile Strength | 8.0 kN/m (EN ISO 10319)
Tensile Elongation | 60% ±20 (EN ISO 10319)
CBR Puncture Resistance | 1500 N (EN ISO 12236)
Cone Drop | 38 mm ±6 (EN ISO 13433)
Pore Size (Mean AOS) | 75 µm ±20 (EN ISO 12956)
Permeability (H50) | 90 l/m²/s (EN ISO 11058)