Use & Purposes
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. Engineered to provide long-term design life, the ArmorMax® system consists of a lightweight HPTRM layer and earth percussion anchors that work together to lock soil in place to resist movement for permanent erosion protection for vegetated or unvegetated applications. The system supports the EPA’s Green Infrastructure initiative and is a recognized storm water Best Management Practice (BMP) and is proven to reduce erosion and reinforce vegetation for low-impact, sustainable design.
The ArmorMax® anchored reinforced vegetation system is used for Non-Structural applications such as levee armoring, protection of stream, river and canal banks and in arid/semi-arid storm water channels. The lightweight protection layer (HPTRM) is securely anchored to the subgrade typically with Type B1 (Type 2) earth percussion anchors which act as a tie-down mechanism for additional factors of safety and long-term design life. ArmorMax® is used for Structural Applications to provide surficial slope stabilization to resist shallow plane instability. A shallow plane failure occurs when sloughing of near-surface soils descend down moderate to steep slopes. ArmorMax® is an engineered solution that provides a higher factor of safety, erosion protection and superior surficial strength.
Durable, flexible armoring system. Withstands extreme hydrualic stresses and is resistent to rebris loading. Easy, quick installation and maintenance friendly. Aesthetic, low-impact design and greater UV stability. 40% more surface area for rapid vegetation growth, superior tensil strength and is wildlife friendly. The system is comprised of a High Performance Turf Reinforcement Mat (HPTRM) and Type B2 or B3 earth percussion anchors as specified by the project engineer HPTRM provides erosion protection and surficial strength allowing rapid vegetation growth keeping soil in place to resist movement Earth percussion anchors installed below the failure plane secure the HPTRM to the subgrade and tie soil mass together to provide stability An easy-to-install, more cost-effective alternative to rock slope protection and soil nailing with shotcrete Engineered vegetated solution that is more environmentally friendly and aesthetically pleasing.
Armormax® – California Highway
During the heavy rainy season in California’s Calaveras County, a steep cut 1:1 slope along Highway 26 became saturated, creating a shallow slope failure. Caltrans District 10 Maintenance, the department responsible for the repair, was tasked with repairing the slope quickly because of the threat of potential land slides to travellers as well as the negative environmental impact of sediment release into an adjacent sensitive waterway—the Mokelumne River.View More Case Studies
Do you need Technical and Design Support ?
At Global Synthetics, we connect knowledge and experience across our global network to help clients solve their most complex challenges. Our knowledgeable sales and technical departments support our...Read More
Why Combigrid®is an Ideal Choice for Wind Farms
With the wind energy sector rapidly gaining momentum in Australia and internationally, many more wind farm projects are being built or planned than ever before. Due to the size and nature of the...Read More
Investigation on Failure of Geosynthetic Reinforced Walls
Join our very own Amir Shahkolahi at the upcoming Australian Geomechnics Society Event. The presentation reviews Geosynthetic Research Institute investigation and findings on more than 300...Read More
Bentofix®: Why the original GCL is still the best
Proven Through the Decades Geosynthetic Clay Liners (GCL) such as Bentofix offer an affordable and effective alternative to compacted clays, particularly in the waste containment...Read More