Structural Products
Structural Products
In the architectural field, where reliability of performance and simplicity of construction are required, we have commercialized our exposed column base solution HIBASE System since 1972.
We are also provided the HIRING System of reinforcing through-holes in steel beams, and the seismic vibration Dampers to reduce building sway.
Product Lists
Column Base Products
Exposed Column Base
HIBASE NEO System
As a pioneer of the exposed fixed column base "HIBASE System", for more than 40 years. we now offer a new model, "HIBASE NEO System".
SHEARCOTTER HIBASE System（Exposed type)
The “SHEAR COTTER HIBASE System” provides with a large shear capacity by embedding in concrete.
PIN BASE System
The “PIN BASE System” is an exposed-type column base comprising a base plate with lower rotational stiffness and pin joint positions closer to the center of the column than those of conventional pinned column bases.
For SRC structures
SRC SUPER HIBASE System
Supporting Seismic Resistance of SRC Buildings.
V-brace Type Joint
SHEARCOTTER HIBASE System（ V-brace Type )
This product is suitable for column base where high shear force is generated caused by such as braces, showing higher shear strength than HIBASE NEO System.
Pile-head Joint
JOINT COUPLER System
The JOINT COUPLER System is new pile-head joint method that ensures high strength.
Column and Beam Products
Reinforcement System of Steel Beam with Through Hole
HIRING III System
POSIRING System
The reinforcement is completely performed by HIRING & POSIRING, that is special steel part and simply shaped. This method recreates the steel beam with excellent seismic resistance. Period of works and cost of steel work can be reduced compared with conventional method.
Through-diaphragm for column-to-beam connection system
SMARTDIA II System
The “SMARTDIA II System” is a through-diaphragm for column-to-beam connection where the column widths of the upper and lower stories are different. SMARTDIA Ⅱ can taper the columns up to 100 mm between the upper and lower stories without using taper columns and also effectively shortens the steel beam processing work period.
