It is an inorganic soil stabilizer used in conjunction with cement improvement and lime improvement.
Beastar is an inorganic soil improvement agent used in conjunction with cement and lime stabilization. The Beastar method is a unique soil improvement technique that addresses the shortcomings of conventional cement and lime stabilization methods. Beastar improved soil allows for the introduction of greening, which is difficult with cement stabilization. The Beastar method can stabilize soft ground containing a lot of organic matter, such as silt and clay, enabling the reuse of soil. It can utilize on-site generated soil for slope protection works and the restoration of collapsed slopes. Improved soil does not re-suspend in water, making it suitable for riverbank protection. 【Features】 - Retains the color of the soil and allows for greening, enhancing aesthetic appeal. - On-site generated soil can be used, eliminating the need for soil replacement or aggregate transportation. - Reduces the generation of surplus soil and lightens processing work. - The curing period after construction is short, allowing for a reduction in work processes and construction time. - Does not leach harmful substances contained in the soil. For more details, please contact us or download the catalog.
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basic information
【Features】 ○ Compared to cement improvement methods, the leaching of alkali components is extremely low, preventing secondary pollution to the surrounding environment. ○ Does not leach harmful substances contained in the soil. → Can also be used for the treatment of soil containing harmful substances. ○ Soil particles are solidified by needle-like crystals. → Becomes porous soil on the micron order. → Has adsorption properties and strong deodorizing effects. [Beastar Improved Soil] ○ The solidified ground formed with less than 200 kg of cement has continuous pore bodies, exhibiting excellent permeability and elasticity (per 1 m³ of soil). ○ The improved soil blends well with other soils, making it less prone to separation. ○ It hardens over time, resulting in a long-term stable improved soil. ○ Compared to conventional soil-cement methods, it has higher compressive, bending, and tensile strength. ○ The ground support capacity (deformation coefficient, breathing coefficient, uniaxial compressive strength) is large. ● For more details, please contact us or download the catalog.
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【Purpose】 ○ Restoration of collapsed slopes and introduction of greening → Surface protection methods (erosion prevention and restoration of eroded areas) → Restoration methods for collapsed slopes (surface sliding and circular sliding) → Retaining wall construction → Natural stone rockfall prevention (root stabilization and washout prevention) ○ Improvement of riverbanks, bank protection, and restoration of natural environments → Bank protection methods for dams and rivers (washout and suction prevention) → Other natural-type rivers (creating rivers and waterways with soil, waterside greening) → Stability of greening (construction of a growth foundation layer that does not erode) → Effective use of dredged soil (improvement and utilization of sludge and bottom soil) ○ Soil pavement → Simple paving for forest roads, agricultural roads, management roads, and sidewalks → Simple paving for promenades and parking lots in environmentally protected areas → Improvement of roadbed (general roads, soft ground, washout prevention) → Simple paving for temporary roads, event venues, and parks ● For more details, please contact us or download the catalog.
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