When it comes to "jakago," it refers to the "cylindrical jakago" that has been used in river construction since ancient times.
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.
"Possible vegetation," "Can be hung and installed," "Integration is possible," "Assembly and construction are easy," large cylindrical basket (large daruma basket) method.
Space-saving construction is possible! It is economically advantageous and maintains the drainage properties of stone walls.
A geotextile-reinforced earth wall method that can withstand harsh weather conditions for a long time!
End timber for circular formwork that does not require hole processing in the formwork due to the use of a round separator.
Contributes to reducing earth pressure and improving weak ground! Lightweight and easy to construct embankment material.
Reduce earth pressure and improve weak ground! Lightweight and easy to install!
For creating an angulation! Reduces soil pressure, excellent drainage, and workability.
You can choose a surface treatment method that corresponds to the construction purpose and surrounding environment! We will introduce our ground reinforcement soil engineering methods.
The unique double-wall structure, known as the "Adem Wall Method," suppresses wall deformation after use.
Integrated L-shaped retaining wall for vehicle protective fence, Gr. L-shaped retaining wall
The removal of wall materials and reinforcement materials is easy, allowing for partial skin repairs and replacements!
[Data Download] We will explain the basic knowledge of ground reinforcement soil construction methods (Introduction).
[Free Download] Reinforcement in Densely Built Areas and Narrow Locations! EP Route Pile Method
It has been widely adopted in the reconstruction projects of the Hanshin Awaji and the Great East Japan Earthquake!
Introducing the "Tensor FW Method" from the tensor-reinforced earth wall construction methods that boast exceptional connection strength!
It can be applied to the repair and reinforcement of existing stone masonry.
Soil pressure reduction, soft ground improvement! Lightweight and easy to handle, with excellent drainage! Easy to install!!
Quick work with lightweight sandbags! Lightweight sandbags for road surface elevation.
Soil pressure reduction, soft ground improvement! Active as a lightweight fill material, contributing to shortened construction periods. Complies with JIS standards.
This is a case of the comprehensive grant (improvement) project for the Sakiyaki-Kisuki Line in the Satokata area of Unnan City, Shimane Prefecture.
For reducing soil pressure and improving weak ground! Lightweight and easy to work with glass foam material.
Excellent drainage improves the growing environment for plants!
Improve water retention and promote crop growth!
Pollution control with eco-friendly lightweight materials made from recycled glass!
Reduce soil pressure on tracks and improve weak ground! Lightweight and easy to install!
Contributes to the lightweight of bridges and reduction of soil pressure! Excellent workability as well!
Improving safety and drainage under playground equipment! Lightweight and easy to install!
Reduce earth pressure, improve weak ground! Enhance the safety of evacuation routes!
Achieving both lightweight design and stability for solar power generation frames!
Lightweight materials with excellent workability, drainage, and strength! Easy installation with standard heavy machinery. Abundant track record nationwide.
This is a method that enhances the stability and strength of embankments through the interaction between high-strength geogrids, known as Trigrid, installed within the fill and the fill material itself.
Vegetation sheets create a suitable environment for plant growth, making them effective for environmental conservation!
Introduction to a highly safe cut slope reinforcement soil wall method based on the reverse winding construction method!
No large crane needed! A new reinforced earth wall combining improved soil and geogrid.
Adjusting granularity and blending settings according to the situation to resolve issues related to the ground, such as water accumulation, dust, weeds, and frost heave. *Catalog featuring general characteristics will be provided.
We handle various related items such as rock bolts and hexagonal shank bits for slope construction!
Construction materials for projects, infrastructure development materials, etc.! Proposing appropriate products tailored to on-site needs.
It is widely used in general embankments, retaining walls, coastal areas, reservoir banks, and bridge abutments!
Lightweight and compact, making transportation and storage easy! Effective for disaster recovery and in remote mountain sites.
Structural stability and excellent design utilized in various scenes! Responding to the needs of embankment construction sites.
A new construction method using unique reinforcement materials! It allows for shorter lengths of reinforcement materials.
The maximum filling mass is a large sandbag designed for a permissible load of 20KN with a durability of 3 years.
[Data Download] We will explain the basic knowledge of the reinforced soil wall method (beginner's edition).
Guide to Examples of Reinforced Soil Wall Tail Arm Method
Resolving Common "Unexpected" Cases Before and After Construction Orders - Ground Improvement and Structural Reinforcement Edition -
Three types of introduction deterrent compatible with stacking layers! Plastic pressure plates suitable for use in conjunction with greening work.
Eco-friendly recycled products! Great for creating material storage areas, retaining walls, and as weights or soil retention for site offices!
Introducing a steel frame structure with excellent construction performance that features a function to follow the ground.