Harmony with nature, tranquility. Now, Hirose reflects anew.
The greening tail arm method, as its name suggests, is designed to allow for the greening of the surface of tail arm embankments. The basic principle of the method is the same as that of the tail arm method, but instead of using heavy concrete skins, it employs mesh panels and vegetation mats, making it even easier to construct. The greened embankment surface harmonizes with the surrounding environment in suburban and mountainous areas.
Inquire About This Product
basic information
【Features】 ○ The structural principle of the green tailing arm method is the same as that of the tailing arm method, and its reliability is backed by numerous achievements. ○ Since the surface of the embankment is sloped, even if the height of the embankment increases, the feeling of pressure is minimal, and the grass-covered surface of the embankment harmonizes gently with the surrounding environment. ○ The slope angle of the embankment surface can be selected between 60° and 80°, allowing for planning that suits the site conditions. ○ The green tailing arm is composed of mesh panels (wall materials), connecting hooks, hairpins, ribbed strips (reinforcement materials), and embankment materials. ○ Mesh panels are lightweight and inexpensive compared to concrete skins, and they are easy to handle, making them excellent in terms of economy and workability. ○ Mesh panels are flexible materials that adapt to the compaction of the embankment, allowing for construction even on relatively soft ground. ○ NETIS registration: TH-990034-V ● For more details, please contact us or download the catalog.
Price range
Delivery Time
Applications/Examples of results
For more details, please contact us.
catalog（1）
Download All Catalogs
Company information
Reinforced soil refers to the technology used to build soil vertically high or to prevent collapse when soil is excavated. It is an essential technology in Japan, which is narrow and prone to earthquakes. Hirose Reinforced Soil Co., Ltd. also engages in civil engineering consulting using these methods.