TAS method
This is a reinforced earth wall construction method developed in our country in 1978, aimed at utilizing a wide range of locally generated soil as embankment material to suit the poor soil conditions of our country's construction projects. 【Features】 ○ Space-saving method using vertical embankment ○ Effective use of locally generated soil for environmental conservation ○ Usable even under poor construction conditions ○ Minimal deformation of the wall surface ○ Compatible with the surrounding environment ○ Shortened construction period with high-quality materials ○ TUSS (Tied-Up Soil System) method, Ministry of Land, Infrastructure, Transport and Tourism, New Technology Information System "NETIS" <Registration Number QS-980159> ● For other functions and details, please contact us.
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basic information
This is a reinforced earth wall construction method developed in our country in 1978, aimed at utilizing a wide range of locally generated soil as embankment material to suit the poor soil conditions of construction projects in our country. 【Features】 - Space-saving method using vertical embankment - Effective use of locally generated soil for environmental conservation - Usable even under poor construction conditions - Minimal deformation of wall surfaces - Compatible with surrounding environments - Shortened construction period with high-quality materials - TUSS (Tied-Up Soil System) method, registered with the Ministry of Land, Infrastructure, Transport and Tourism's New Technology Information System "NETIS" (Registration Number QS-980159) ● For other functions and details, please contact us.
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Applications/Examples of results
【Uses】 ○ Reinforcement work ○ Retaining wall work ○ Embankment work
Company information
In our country, where there are many mountains and few plains, the harmony between nature and development has become an important theme in construction technology. The Reinforced Soil Engineering Association utilizes groundbreaking, environmentally friendly techniques that use soil as a material to create structures, aiming for resource conservation and safety that meet the needs of society.
