Earthquake resistance reinforcement work refers to work that improves the strength of buildings to prevent them from collapsing or being destroyed by shaking caused by earthquakes. Measures for buildings consist of three components: earthquake resistance, seismic control, and seismic isolation. Among these, general earthquake resistance reinforcement work generally refers to "earthquake resistance reinforcement" that makes buildings resistant to earthquakes by making them sturdy (strength reinforcement). Our company carries out earthquake resistance reinforcement work not only in infrastructure for daily life, but in a variety of other places, contributing to the safety of everyday life in a wide range of areas.

Living safely in earthquake-prone Japan

Now that urban earthquakes and Nankai Trough earthquakes could occur at any time, we are carrying out reinforcement work to protect lives from earthquake tremors.

I want to make the city disaster-resistant.

We carry out earthquake resistance reinforcement and support the rapid restoration and reinforcement of infrastructure and lifelines to prevent serious damage.

Case study:Kintetsu Line Station Earthquake Reinforcement Work

This is a scene from earthquake-resistance reinforcement work being carried out at a certain Kintetsu Line station. Repair measures and earthquake-resistance reinforcement work are being carried out.

Case study: NEXCO earthquake reinforcement work

This is a scene from NEXCO's earthquake resistance reinforcement work. Repair measures and earthquake resistance reinforcement are being carried out.

Case study: Osaka Institute of Technology Ultrasonic inspection, Omiya East district Takatsuki embankment construction

Osaka Institute of Technology, Ultrasonic flaw detection, Omiya East District, Takatsukikaku embankment facility construction work scene. Ultrasonic waves are transmitted and the test specimen is evaluated and confirmed based on the strength and range of the reflected ultrasonic waves from flaws, etc.