Ceiling Seismic Reinforcement System "TEC Method (Horizontal Reinforcement Specification)"
By applying horizontal reinforcement, we secure 9000N! It is also compatible with ceilings exceeding a hanging length of 1500mm.
In natural disasters, buildings may appear to have minimal external damage, but issues arise from damage caused by ceiling collapses in the interior. The "TEC Method (Horizontal Reinforcement Specification)" can ensure the same horizontal reinforcement capacity of 9000N even for ceilings with a suspension length exceeding 1500mm by applying horizontal reinforcement. Additionally, the original scaffolding material allows for easy inspection work within the ceiling. 【Features】 ■ Uses square pipes (32×14×1.6) for the furring channels and brace materials ■ Can be used for ceilings exceeding 20kg/m2 (including finishing materials) ■ The original scaffolding material enables easy inspection work within the ceiling ■ The placement of braces is arranged along the extension line of the lower horizontal reinforcement braces ■ The ends of the horizontal reinforcement are secured to the structural members of the perimeter *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Materials Used】 ■ The horizontal support (common to brace materials) is square pipe (32×14×1.6) ■ The hanging bolt is 4 or 12 mm ■ Seismic hanger ■ Brace reinforcement hardware ■ Seismic clip (S/W) *For more details, please refer to the PDF document or feel free to contact us.
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Applications/Examples of results
【Examples of Achievements】 ■ Buildings that fall under specific ceilings - Halls (prefectural halls, civic halls, music halls, public halls, etc.), gymnasiums, pools, martial arts dojos, etc. - Entrances (entrances on the first floor of government buildings, high-rise buildings, etc.) - Hospitals (entrances, operating rooms, etc.), shopping malls, etc. ■ Other applicable ceilings and buildings - Buildings intended for disaster prevention (disaster response rooms, large conference rooms, council chambers, evacuation rooms, computer rooms, etc.) - Buildings that attract large crowds (shopping malls, factories, cafeterias, etc.) - Buildings where operations should not be interrupted (factories, warehouses, etc.) *For more details, please refer to the PDF materials or feel free to contact us.
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Our company is one that evolves while supporting the evolution of society. Since our founding in 1947, we have participated in various infrastructure projects, including the Tomei Expressway, national highways spread across different regions, and airport construction. We have dedicated ourselves to creating assets that support a rich lifestyle and advanced economic activities. Our unchanging fundamental concept is to create new environments with new technologies. Based on our unique research and development, we are expanding our activities into diverse fields such as general civil engineering, construction, sports facilities, and special works. While aiming for harmony between the global environment and development, we strive for engineering that creates new relationships between people and society for the future.