Mar-flex Geomat for Construction and Landslide Protection
In the realm of below-grade construction, drainage boards play a crucial role in protecting structures from water damage. Mar-flex Waterproofing & Building Products offers two formidable contenders in this arena: Geomat and Geomat+.
The difference between the two lies in their versatility. While Geomat is a solid choice for waterproofing, Geomat+ takes it one step further by offering soil filtration.
High Strength
Geomat is an ideal solution for slope protection. It is a three dimensional erosion control carpet that strengthens the soil’s endurability, preventing landslide and general erosion. It also provides an environment-friendly way of replacing the shotcrete slope protection engineering method.
Unlike other types of slope mats, Geomat is not prone to waterlogging and can be installed under wet conditions. It has a high porosity of Geomat for construction around 90%, which allows soil to retain a thick layer and encourages vegetation growth.
It is made of synthetic material filaments that are heat-tangled together to form a three-dimensional, highly deformable and extremely strong mat. Moreover, it has a thermally bonded geotextile fabric that ensures filtration and separation of soil particles from drainage pathways. It also prevents clogging, thereby ensuring the drainage system’s performance standards.
The drainage system is designed to have a maximum trench length of fifty feet, depending on site conditions. This allows the system to maintain a minimum of two feet of distal head pressure on the distribution laterals. In addition, the system is constructed with a slope drain that can be connected to a sanitary sewer line to allow for optimum filtration and waste containment. It is a low-maintenance, environmentally friendly and cost-effective solution for construction sites. This patented system is available for use in any country that follows local and federal EPA guidelines.
Freeway Embankment
Highway and rail embankment projects require strong and stable slopes to minimize the risk of erosion during construction. With the help of Geomat, these slopes can remain stable even after construction is completed. This material also provides a natural covering to prevent direct wash of rain or surface runoff, reducing the chance of slope collapse during heavy rain. In addition, it helps to prevent soil evaporation by keeping the ground covered with vegetation. This makes it a great choice for transportation embankment engineering.
When constructing a roadway embankment, a stable and dense soil layer is crucial to ensure that the structure will remain in place for decades. Using the right type of geosynthetics can improve soil stability, increase bearing capacity and reduce slope failure rates. Using the right type of geosynthetic also allows for easier access to the site and helps reduce construction costs.
To ensure a long-lasting and effective drainage solution for these transport embankments, Mar-flex Waterproofing & Building Products offers the Geomat and Geomat+ drainage boards. Both are a cost-effective and environmentally friendly alternative to traditional drainage stone. They are both made from high-density polyethylene (HDPE) and feature an ingenious dimpled pattern that allows for efficient water flow.
The Geomat is a 3D geosynthetic mat constructed from multi-layer plastic geonet welded together. It has a high porosity of 90% or higher, which allows plants to grow easily. It can be used to replace concrete, asphalt, stone and other slope materials.
Slope Stabilization
In construction sites, performing work near slopes can be a major challenge. Heavy equipment and changes to the grade can erode soil and cause landslides. These are dangerous for crews and the public and can lead to costly repairs, delays in work and cleanup. To prevent slope failure, contractors can use a variety of slope stabilization techniques.
One of these is to use 3D Geomat to protect the surface of the slope from erosion. These mats are made of a matrix of synthetic material filaments that have been heat-tangled together. This creates a three-dimensional mat with over 90% void space that encourages grass and plant root development while offering permanent erosion control.
The mats’ surface provides a protective barrier against the force of gravity, reducing erosion rates by up to 50%. The matrix of filaments also binds soil particles and traps fertile humus to promote growth. The mats are also 95% open to allow for soil, mulch and roots to interact, allowing the vegetation to hold the soil in place, further reducing erosion.
The light flexible material is an alternative to massive and ecologically-unfriendly concrete, stone or asphalt constructions. It is resistant to chemical and biological impacts of natural origin and UV-resistant.
Slope Protection
Geomat is a three-dimensional water permeable polymer or other synthetical materials’ structures thermally joined together. It’s widely used in geotechnics and construction fields to fix soil elements, grass and small plant roots. It’s also used to prevent erosion processes of surfaces.
The primary benefit of Geomat is that it filter bag can prevent erosion. This is especially useful in areas prone to landslides and soil washouts. The mats are able to do this by holding soil particles in place and encouraging vegetation growth. It can also reduce abrasion of surface and subsurface waters.
In addition to its erosive resistance, Geomats can protect infrastructure from damage. When roads, railways, or other buildings are built alongside steep slopes, they can be susceptible to landslides and washouts. By stabilizing the soil and preventing erosion, Geomat can help prevent such problems and reduce maintenance costs.
The open structure of Geomat encourages rapid root germination and vegetation colonization, making it ideal for hillside applications. It’s also resistant to adverse environmental conditions, such as extreme weather and UV radiation. As a result, it can be an effective long-term solution for slope protection. The mats are also easy to install and maintain. They can be cut to fit the specific needs of a project. This makes them a great choice for projects of all sizes. Moreover, they are reusable, which further cuts down on installation and maintenance costs.