Civil engineering structuresWater and sewage facilities
| Load Level | Support Layer Depth | Method |
|---|---|---|
| 【Middle】 ～7,000kN/pillar or ～100kN/square meter |
【Shallow】 2m～10m |
Tenocolumn Method |
| CDM-LODIC Method | ||
| 【Middle】 5m～40m |
NS ECO-PILE Method | |
| Gantetsu Pile Method | ||
| HiFB Method | ||
| RODEX Method | ||
| 【Deep】 10m～80m |
NS ECO-PILE Method | |
| Gantetsu Pile Method |
Select by load/soil conditions
Building structure
- Detached homes (1 floor to 3 floors)
- Stores/townhouses (2 floors to 3 floors)
- Commercial buildings/residential complexes (4 floors to 5 floors)
- Hospitals/schools (4 floors to 5 floors)
- Factories (4 floors to 5 floors)
- Logistics warehouses (5 floors to 6 floors)
- Mid- and high-rise buildings/condominiums (5 floors to 15 floors)
- Out-of-plane seismic resistance
Civil engineering structures
Select by purpose
Support for buildings
Civil engineering structures
Reinforce earthquake resistance
Prevent soil liquefaction
Reduce environmental load
Prevent landslides
Construction Methods
Pile Method
- TN-X Method
- TN Method
- Gantetsu pile Method
- NS ECO-PILE Method
- ATT Column Method
- CMJ Method
- EAZET Method
- HiFB Method
- RODEX Method
Ground improvement method
- Tenocolumn Method
- Tenocolumn ECO Method
- TOFT Method
- Pure Pile Method
- Column Aproach Method
- Multiwall Method
- WIB Method
- BASE BALANCE Method
- CDM-LODIC Method
- SAVE COMPOSER Method