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A platform for research: civil engineering, architecture and urbanism
Carbon fiber woven mesh reinforced early-strength high-performance cement-based electric heating permanent template and preparation method thereof
The invention discloses a carbon fiber woven mesh reinforced early-strength high-performance cement-based electric heating permanent template and a preparation method, the permanent template comprises a carbon fiber composite woven mesh, a cement-based matrix, two groups of conductive components and two groups of electric connection terminals, the carbon fiber composite woven mesh comprises a plurality of carbon fiber bundles, the two sets of conductive assemblies are electrically connected with a plurality of carbon fiber bundles in the carbon fiber composite woven mesh respectively, the carbon fiber bundles are connected in parallel, the cement-based matrix is directly poured and wraps the carbon fiber composite woven mesh connected with the conductive assemblies, and the carbon fiber composite woven mesh is connected with the cement-based matrix. And the two groups of power connection terminals are respectively connected with the two groups of conductive components and extend out of the cement-based base body. According to the scheme, the fiber tows in the fiber woven mesh are connected through the conductive assembly (such as a conductive copper core) and the soldering tin, heat can be efficiently generated after electrification, and a concrete curing heat source can be provided for concrete engineering which must be constructed under low-temperature and negative-temperature conditions.
本发明公开了一种碳纤维编织网增强早强高性能水泥基电热永久性模板及制备方法，本永久性模板包括碳纤维复合编织网、水泥基基体、两组导电组件和两组接电端子，所述碳纤维复合编织网中包含若干的碳纤维束，两组导电组件分别与所述碳纤维复合编织网中的若干碳纤维束电连接，将若干碳纤维丝束之间并联，所述水泥基基体直接浇筑并包覆住连接有导电组件的碳纤维复合编织网，所述碳纤维复合编织网；所述两组接电端子分别与两组导电组件连接，并从所述水泥基基体中伸出。本方案中通过导电组件(如导电铜芯)和焊锡对纤维编织网中纤维丝束进行连接，通电后可高效率产生热量，可为在低温、负温条件下必须施工的混凝土工程提供混凝土养生热源。
Carbon fiber woven mesh reinforced early-strength high-performance cement-based electric heating permanent template and preparation method thereof
The invention discloses a carbon fiber woven mesh reinforced early-strength high-performance cement-based electric heating permanent template and a preparation method, the permanent template comprises a carbon fiber composite woven mesh, a cement-based matrix, two groups of conductive components and two groups of electric connection terminals, the carbon fiber composite woven mesh comprises a plurality of carbon fiber bundles, the two sets of conductive assemblies are electrically connected with a plurality of carbon fiber bundles in the carbon fiber composite woven mesh respectively, the carbon fiber bundles are connected in parallel, the cement-based matrix is directly poured and wraps the carbon fiber composite woven mesh connected with the conductive assemblies, and the carbon fiber composite woven mesh is connected with the cement-based matrix. And the two groups of power connection terminals are respectively connected with the two groups of conductive components and extend out of the cement-based base body. According to the scheme, the fiber tows in the fiber woven mesh are connected through the conductive assembly (such as a conductive copper core) and the soldering tin, heat can be efficiently generated after electrification, and a concrete curing heat source can be provided for concrete engineering which must be constructed under low-temperature and negative-temperature conditions.
本发明公开了一种碳纤维编织网增强早强高性能水泥基电热永久性模板及制备方法，本永久性模板包括碳纤维复合编织网、水泥基基体、两组导电组件和两组接电端子，所述碳纤维复合编织网中包含若干的碳纤维束，两组导电组件分别与所述碳纤维复合编织网中的若干碳纤维束电连接，将若干碳纤维丝束之间并联，所述水泥基基体直接浇筑并包覆住连接有导电组件的碳纤维复合编织网，所述碳纤维复合编织网；所述两组接电端子分别与两组导电组件连接，并从所述水泥基基体中伸出。本方案中通过导电组件(如导电铜芯)和焊锡对纤维编织网中纤维丝束进行连接，通电后可高效率产生热量，可为在低温、负温条件下必须施工的混凝土工程提供混凝土养生热源。
Carbon fiber woven mesh reinforced early-strength high-performance cement-based electric heating permanent template and preparation method thereof
一种碳纤维编织网增强早强高性能水泥基电热永久性模板及制备方法
MU FUJIANG (author) / LING QUAN (author) / DENG CHENGLAI (author) / GUI QIANG (author) / ZHANG LI (author) / LI DELE (author) / PAN SHAOXUE (author) / HUO LIANGLIANG (author) / ZHANG YUNPENG (author) / WANG CHAO (author)
2024-03-22
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
/
B28B
Formgeben von Ton oder anderen keramischen Stoffzusammensetzungen, Schlacke oder von Mischungen, die zementartiges Material enthalten, z.B. Putzmörtel
,
SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS, SLAG OR MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
/
C04B
Kalk
,
LIME
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