Interior partition walls and ceiling substrate units made of 2 types of panels and 7 types of materials! Flexible adaptation to site dimensions is possible.
"NEXT Infill" is an interior base unit that can be delivered in small packages with a maximum length of 2100mm. It can be installed without the need for skilled craftsmen or specialists, speeding up the construction process. It can also accommodate RC beam protrusions and recesses. Delivery is possible using light trucks, passenger cars, or Hiace vans (quick response for any shortages). Additionally, it does not take up much space for material storage. 【Features】 ■ Flexible response for partition walls and ceiling base construction with 9 types of materials ■ Reduction of on-site waste, noise (compared to LGS), cutting, and screw driving, addressing complaints ■ Shortened construction period with easy installation ■ Versatility in delivery and transportation, allowing for elevator access with a maximum length of 2100mm *For more details, please download the PDF or feel free to contact us.
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For more details, please download the PDF or feel free to contact us.
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【Usage】 ■General contractors, house manufacturers, renovation contractors, store renovation contractors, construction companies *For more details, please download the PDF or feel free to contact us.
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Our company has developed a "steel support" that replaces the traditional "tsuka-ki" used to support the first-floor framing of single-family homes, equipped with adjustment functions and excellent durability, and we have aimed for its widespread adoption under the name "Replacing Tsuka-ki with Kanamono." During the Great Hanshin-Awaji Earthquake, its functionality was proven, and we received high praise from major housing manufacturers. Recently, through competition with other companies in the same industry, coinciding with the spread of precut methods among major and mid-sized builders using traditional construction methods, the transition from the conventional 100% "tsuka-ki" to the stronger and more convenient "steel support" has taken place. The "steel support" has reached an environment where it can be individually performance evaluated, and we have obtained performance certification as the first of its kind. Additionally, as a new challenge, we are progressing from "wooden beams" to "steel beams," and from wooden joists and plywood flooring to "floor panels" that incorporate insulation materials. We are also working on a "floor base system" that allows for quick and easy installation by combining these steel beams and floor panels, as well as a "seismic frame" developed to prevent the collapse of buildings and mitigate impacts during earthquakes, which eliminates the need for braces and hold-down hardware.
