KEYTEC List of News Articles

KEYTEC Corporation (Location: 11F Kobe Shoko Boeki Center Building, 5-1-14 Hamabe-dori, Chuo-ku, Kobe, Hyogo Prefecture, CEO: Kazuhiko Iwata), which manufactures and sells non-destructive testing equipment centered around "electromagnetic wave radar for concrete internal exploration," began selling the "StructuScan SIR-EZ LXT" electromagnetic wave radar for concrete internal exploration on June 1, 2021. The social infrastructure in Japan, including highways, tunnels, and bridges, is increasingly deteriorating, necessitating repair and renewal work for maintenance. An essential tool for these projects is the multi-functional rebar detection device, the "StructuScan SIR-EZ Series," which can diagnose the presence of rebar, piping, thickness, and voids within concrete. The newly released model is a simplified functional version of the high-performance rebar detection device, the "StructuScan SIR-EZ XT," which has been on the market. It has been carefully selected to include only the essential functions, making it a standard device for exploration sites that combines cutting-edge features with remarkable cost performance.

KEYTEC Co., Ltd. (Location: 11F Kobe Commerce and Trade Center Building, 5-1-14 Hamabe-dori, Chuo-ku, Kobe, Hyogo Prefecture, CEO: Kazuhiko Iwata), which plans and sells non-destructive testing equipment centered around electromagnetic wave radar for concrete internal inspection, will start selling the wireless temperature sensor Smartrock3 (SR-3) [NETIS registered product] dedicated to concrete from January 22, 2021 (Friday). Product details: https://www.key-t.co.jp/wp-content/themes/keytec/products/pdf/smartrock3.pdf This product measures temperature by embedding the main sensor and temperature sensor cable entirely within the concrete. Installation has become easier compared to conventional products, eliminating the need for cable retrieval and repair work. Additionally, it can estimate concrete compressive strength from accumulated temperature, assisting in determining the timing for removing concrete forms. (Unlike traditional compressive strength tests, it can accurately measure the internal temperature changes of on-site poured concrete in real-time.)