スギテック List of Products and Services

The infrared method for diagnosing exterior wall deterioration technology realizes the rationalization of the maintenance management of structures and the reduction and efficiency of maintenance costs. The surface of the exterior wall is warmed by external heat, which is then transmitted to the concrete medium. At this time, if there are any areas of delamination on the exterior wall, the air layer that forms in the gaps obstructs heat transfer, causing the surface temperature fluctuations to be greater and hotter in the damaged areas (delaminated areas) compared to the intact areas. Utilizing this characteristic, the surface temperature is captured and detected as an image using an infrared camera. 【Features】 ■ All environmental temperature, location, and shooting resolution at the time of imaging are recorded and reported. ■ All information regarding the accuracy of the infrared survey is made open. 　→ A second opinion can be sought regarding the results. ■ Reliable technology 　→ Implemented by technicians who have undergone training from the Japan Infrared Deterioration Diagnosis Technology Promotion Association (JAIRA). *For more details, please contact us.

Sugitec's civil engineering structure surveys utilize the following technologies/systems to achieve efficient and high-precision investigations: 1. A "cooled infrared camera" that enables high-precision surveys of the north side of structures with minimal temperature variation, as well as investigations in subways and tunnels without sunlight, surpassing conventional infrared cameras. 2. A "150 million pixel camera system & super telephoto lens + high-resolution camera system" that allows for the acquisition of crack images from distant locations or high altitudes. Additionally, the analysis system "Kuraves" automatically analyzes the visible images obtained. 3. The unique app "Smart ST" enhances surveys with three major technologies that enable accurate and efficient investigations during tapping surveys, streamline the creation of reports, and manage work progress. With these technologies, it becomes possible to efficiently and accurately identify hazardous areas, allowing subsequent repair work to be conducted without waste and with greater efficiency.