This is a method for reinforced soil walls with integrated mesh and mattress baskets, designed for swamp and catchment terrain, which improves stability and workability as a structure due to the integral molding of wall materials and reinforcement materials.
This is a method for reinforcing earth walls using mattress baskets and mesh sections, designed for swampy and catchment areas. Since the mattress basket (wall material) and the mesh section (reinforcement material) are molded as a single unit, the stability and constructability of the structure are improved. With a Galfan (melted zinc-5% aluminum alloy) + Polimac (or PVC) coating, the durability is 120 years. A decrease in water levels within the fill is also expected. By using high-strength geosynthetics in conjunction (Terra Mesh Hybrid Method), economic efficiency is enhanced, making it applicable to reinforced earth walls over 8 meters high. There is also an application for the Terra Mesh retaining wall (TM-Y), which is a structure using gravelly soil in the mesh section as a disaster recovery measure. 【Features】 - The mattress basket (wall material) and mesh section (reinforcement material) are molded as a single unit, improving stability and constructability as a structure. - Durability is 120 years. - A decrease in water levels within the fill is also expected. *For more details, please download the materials or contact us.
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Same as above.
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- Reinforced earth walls in watershed areas such as wetlands and mountainous regions - Slope toe reinforcement for embankments - Slope toe reinforcement and reinforced earth wall construction during disaster recovery - Embankment work for landslide prevention - Construction access roads
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"Simple is Best - Always question the truth and add even a little value." This is our mission. Through collaboration with the rapidly growing Macaferri (Italy) and its subsidiary Linear Composites (UK), which joined in June 2006, we aim to tackle challenges such as the development of geosynthetic parapets for soft ground stabilization measures and seismic design issues like liquefaction deformation suppression. We will continue to learn from everyone's wisdom and innovate daily.
