Chain/Sprocket, Raised Floor System, Building Constructional Component
Chain/Sprocket, Raised Floor System, Building Constructional Component
Exposed-Type Column Base System |
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SUPER HIBASE®
Construction Method
Super HIBASE® Method is exposed the fixed column base method for steel structures. This method creates the steel structures with excellent seismic resistance. The structures with Super HIBASE® Method can be built in economic efficiency. And the period of works is so much shortened
HIBASE·ECO® Construction
Method
HIBASE-Eco® Method is exposed the fixed column base method for small and medium-sized steel structures with excellent seismic resistance and the
structures with HIBASE-Eco Method can be built in more economic efficiency.
Super HIBASE® Construction
Method for Steel and
Reinforced Concrete
Structure
SRC-Super HIBASE Method is non-embedded column base method for steel reinforced concrete structures. This method creates the steel reinforced concrete structures with excellent seismic resistance and the structure with SRC-Super HIBASE Method can be built in economic efficiency.
Reinforcement Method of Steel Beam with Through Hole |
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HIRING® Construction
Method
The reinforcement is completely performed by HIRING®, that is special steel part and simply shaped. This method recreates the steel beam with excellent seismic resistance and pretty shape. Period of works is so much shortened and cost of steel work becomes to be cheaper as compared with traditional method .
Vibration Damping Devices |
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HIBUILDAM®
HIBUILDAM® is passive hydraulic vibration control device absorbs building vibration by fluid resistance of oil. This product can absorb the vibration generated by big earthquake and wind, and has been widely applied to form super high to low buildings. This product creates the building with excellent seismic resistance and comfortable space.
Column-Girder Connection |
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HIBLADE® Construction
Method
This cast steel for outer diaphragm construction method configures connections building of column to girder without cutting the columns. Variations of this product in pursuit of functionality and economy contribute the construction of new earthquake-resistant buildings.
