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Gypsum-based load-bearing board, load-bearing wall structure, and load-bearing wall construction method for wooden construction building
The present invention increases the wall scale factor of a wooden structure bearing wall without additionally attaching a reinforcing material or stiffener, and without increasing the specific gravity and/or sheet thickness of a gypsum-based surface material. A gypsum-based bearing surface material (10) for a wooden structure bearing wall is configured from: a main material or a core material comprising a plate-shaped gypsum cured body in which inorganic fibers and an organic-based strength-improving material are blended so as to exhibit a nail-side surface resistance of 500 N or greater; and a paper member covering at least front and back surfaces of the main material or core material. This bearing surface material has a surface density within a range of 6.5-8.9 kg/m
Gypsum-based load-bearing board, load-bearing wall structure, and load-bearing wall construction method for wooden construction building
The present invention increases the wall scale factor of a wooden structure bearing wall without additionally attaching a reinforcing material or stiffener, and without increasing the specific gravity and/or sheet thickness of a gypsum-based surface material. A gypsum-based bearing surface material (10) for a wooden structure bearing wall is configured from: a main material or a core material comprising a plate-shaped gypsum cured body in which inorganic fibers and an organic-based strength-improving material are blended so as to exhibit a nail-side surface resistance of 500 N or greater; and a paper member covering at least front and back surfaces of the main material or core material. This bearing surface material has a surface density within a range of 6.5-8.9 kg/m
Gypsum-based load-bearing board, load-bearing wall structure, and load-bearing wall construction method for wooden construction building
SUDO USHIO (author) / NAKAMURA WATARU (author) / HASEGAWA TOMOYA (author) / NAGANO MUNEYOSHI (author) / WADA MASAHIRO (author) / TADA KATSUMI (author) / SATO YOUSUKE (author) / NAITO DAISUKE (author)
2025-02-27
Patent
Electronic Resource
English
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