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A platform for research: civil engineering, architecture and urbanism
HEATPROOF FIREPROOF WALL AND CONSTRUCTION METHOD THEREOF
To provide a heatproof fireproof wall capable of improving heatproof performance and fireproof performance and a construction method of the heatproof fireproof wall.SOLUTION: A plurality of wall face panels 2 are arranged in line in a standing state, wherein the wall face panels are obtained by integrating an edge material 7 with a peripheral edge of a panel body 3 having a foam resin heatproof material 5 and a non-combustible material 6 with a thickness equal to or greater than 70 mm arranged at one surface side of the foam resin heatproof material between surface plates 4, opposite edge materials of the wall face panels 2 are fitted each other to couple the wall face panels 2, the vertical direction entire length of an area between opposite ends of these wall face panels 2 is covered by a fireproof fitting protective material 9 having a predefined flexibility, the fitting protective material 9 is fixed to each of the wall face panels 2 using a protective material fixing part 10 to construct a heatproof fireproof wall 1 and the fitting protective material 9 follows the swollen deformation of the wall face panels 2 to keep blocking a gap g between the opposite ends when the wall face panels 2 are heated and subject to swollen deformation.SELECTED DRAWING: Figure 7
【課題】防熱性および耐火性をより向上させることができる防熱耐火壁および防熱耐火壁の構築方法を提供する。【解決手段】表面板４の間に発泡樹脂製防熱材５とその一方表面側に配置された厚さが７０ｍｍ以上の不燃材６とが挟まれたパネル体３の周縁に縁材７を一体化させた壁面パネル２を複数枚、起立状態で並べて配置し、壁面パネル２の対向する縁材どうしを嵌合させて壁面パネル２どうしを連結した状態にして、これら壁面パネル２どうしの対向端部間の領域の上下方向全長を、所定の柔軟性を有する耐火性の嵌合保護材９によって覆って、この嵌合保護材９をそれぞれの壁面パネル２に保護材固定部１０を用いて固定して防熱耐火壁１を構築し、壁面パネル２が加熱されて膨出変形した際に、嵌合保護材９がこの膨出変形に追従して対向端部どうしのすき間ｇを塞ぎ続ける。【選択図】図７
HEATPROOF FIREPROOF WALL AND CONSTRUCTION METHOD THEREOF
To provide a heatproof fireproof wall capable of improving heatproof performance and fireproof performance and a construction method of the heatproof fireproof wall.SOLUTION: A plurality of wall face panels 2 are arranged in line in a standing state, wherein the wall face panels are obtained by integrating an edge material 7 with a peripheral edge of a panel body 3 having a foam resin heatproof material 5 and a non-combustible material 6 with a thickness equal to or greater than 70 mm arranged at one surface side of the foam resin heatproof material between surface plates 4, opposite edge materials of the wall face panels 2 are fitted each other to couple the wall face panels 2, the vertical direction entire length of an area between opposite ends of these wall face panels 2 is covered by a fireproof fitting protective material 9 having a predefined flexibility, the fitting protective material 9 is fixed to each of the wall face panels 2 using a protective material fixing part 10 to construct a heatproof fireproof wall 1 and the fitting protective material 9 follows the swollen deformation of the wall face panels 2 to keep blocking a gap g between the opposite ends when the wall face panels 2 are heated and subject to swollen deformation.SELECTED DRAWING: Figure 7
【課題】防熱性および耐火性をより向上させることができる防熱耐火壁および防熱耐火壁の構築方法を提供する。【解決手段】表面板４の間に発泡樹脂製防熱材５とその一方表面側に配置された厚さが７０ｍｍ以上の不燃材６とが挟まれたパネル体３の周縁に縁材７を一体化させた壁面パネル２を複数枚、起立状態で並べて配置し、壁面パネル２の対向する縁材どうしを嵌合させて壁面パネル２どうしを連結した状態にして、これら壁面パネル２どうしの対向端部間の領域の上下方向全長を、所定の柔軟性を有する耐火性の嵌合保護材９によって覆って、この嵌合保護材９をそれぞれの壁面パネル２に保護材固定部１０を用いて固定して防熱耐火壁１を構築し、壁面パネル２が加熱されて膨出変形した際に、嵌合保護材９がこの膨出変形に追従して対向端部どうしのすき間ｇを塞ぎ続ける。【選択図】図７
HEATPROOF FIREPROOF WALL AND CONSTRUCTION METHOD THEREOF
防熱耐火壁および防熱耐火壁の構築方法
KAWABATA EIJI (author) / KODAIRA KAZUHIRO (author) / TAMURA TOMONORI (author) / SHOJI KAZUHIRO (author) / FUJII TOYOMI (author)
2021-11-18
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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