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Working With Nature.
Erosion Stops with Flexamat Working With Nature
Armored with Flexamat
Established Vegetation Rooted Through Armor
Flexamat is a vegetated concrete block mat utilized for stabilizing slopes, channels, low water crossings, inlet/outlet protection, and shorelines. It consists of concrete blocks (6.5" x 6.5" with a 2.25" profile) locked together and embedded into a high-strength geogrid. There is 1.5 spacing between the blocks that give the mat flexibility and allows for optional vegetation growth. The mat is packaged in rolls, making transporting and installing Flexamat efficient. Tied Concrete Block Mat is a generic term for Flexamat.
Erosion Control and Site Solutions
Flexamat® tied concrete block mats are designed to control erosion as well as provide stable driving/walking surfaces. Flexamat provides innovative, cost-effective solutions on sites throughout the world. Contact us today to discuss your project.
Our extensive network of local experts will support every aspect of your project, from regulatory guidance, calculations, site-specific drawings, cost estimates, onsite installation support, and post-construction monitoring.
FLEXAMAT PLUS-UVT
This material is used on Flexamat® projects in arid, desert climates where sparse vegetation growth is possible.
FLEXAMAT 10-NW
This backing is used in arid areas, applications where growth is not desired or when the mat is being used as a drivable surface. Flexamat 10NW also used when Flexamat® is installed over plastic liners. The fabric provides a protective barrier between the liner and the concrete blocks.
Flexible Concrete Revetment, commonly known as Flexamat, is an innovative erosion control solution designed to provide superior protection against soil erosion for various landscapes. This cutting-edge technology combines the robustness of concrete with the flexibility of synthetic materials, resulting in a durable and adaptable erosion control system. Flexamat is primarily used in areas susceptible to erosion due to water flow, such as riverbanks, slopes, and drainage channels.
