Anchored Reinforced Vegetation System
ArmorMax Anchored Reinforced Vegetation System is the most advanced flexible armoring technology available for severe erosion challenges. Consisting of our woven three-dimensional High Performance Turf Reinforcement Mat (HPTRM) with X3® fiber technology and earth percussion anchors, you can count on the ArmorMax system to hold its ground.
This durable and flexible system provides a lightweight protection layer securely anchored to the subgrade for long-term design life. It withstands extreme hydraulic stress and resists non-hydraulic event damage, like debris flows and maintenance operations.
It outperforms and is more cost effective than conventional methods, including rock riprap, rock slope protection, gabions, concrete blocks or paving, and fabric formed revetments.
Woven three -dimensional HPTRM protection layer featuring X3® fiber technology
- Unique X3 fiber shape provides over 40% more surface area than conventional fibers to capture the moisture, soil and water required for rapid vegetation growth
- Exhibits extremely high tensile strength as well as superior interlock and reinforcement capacity with both soil and root systems
- Maximum ultraviolet protection for long-term design life
- Netless, rugged material construction stands up to the toughest erosion applications where high loading and/or high survivability conditions are required
Earth Percussion Anchors Secure the Mat to the Ground
- Made of corrosion resistant aluminum alloy, gravity die cast and heat treated to give considerable increase in mechanical strength and curability both during installation and in service
- Connected to a threaded rod or stainless tendon to fully enhance corrosion resistance particularly at the soil/air interface
- As the load exerted on the soil by the ArmorMax system increases, a body of soil above the anchor is compressed and provides resistance to any further anchor movement — permanently securing the mat to the ground
ArmorMaxx Benefits:
- Supports the EPA’s Green Infrastructure initiative and is a recognizedstorm water Best Management Practice (BMP) and is proven to reduceerosion and reinforce vegetation for low-impact, sustainable design
- Easy to handle, lightweight components for rapid installation
- Use of lightweight equipment and unskilled labor facilitatesinstallation with limited site access
- Aesthetically pleasing and more cost effective than conventional methods such as rock riprap and concrete paving
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