A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a ceramsite composite heat-preservation brick production process and belongs to the field of heat-preservation brick production processes. During the manufacturing process of aheat-preservation brick body, no interface agents and special mortar are adopted, and high-strength light-weight aggregates are adopted; through the adding of an efficient water-reducing agent, the block matrix concrete mix proportion is optimized; the process equipment is improved; a ceramsite composite heat-preservation brick with the light-weight, heat-preservation, high-strength, anti-seismicand fire-resistant properties is manufactured by filling the cavity of a brick matrix with ultra-light foam concrete and adopting several other measures, so as to meet the requirements for the environment-friendly and building energy-saving properties of a building material; compared with a conventional brick, the ceramsite composite heat-preservation brick has greater thermal-insulating, heat-preservation, anti-permeability, anti-freezing, light-weight and soundproof properties; through the improvement of composite, the entire mass of the heat-preservation brick body is reduced; and meanwhile, the entire thermal conductivity of the heat-preservation brick body is reduced through gas filled in holes formed among filling fibers, and the heat-preservation effect of the heat-preservation brick body is improved.
本发明公开了一种陶粒复合型保温砌砖的生产工艺，属于保温砖生产工艺领域，一种陶粒复合型保温砌砖的生产工艺，本方案在保温砌砖主体制造的过程中不用界面剂、不用专用砂浆、采用高强轻质骨料，通过加入高效减水剂，优化砌块基体混凝土配合比，改进工艺设备，在砌块基体空腔内填充超轻发泡混凝士等措施，制成满足轻质、保温、高强、抗震、耐火等性能的陶粒复合保温砌块，以符合对建筑材料的环保和建筑节能的需求，相较于现有的砌砖更加隔热保温、抗渗抗冻、轻质隔音，通过对陶粒进行改造，为保温砌砖主体整体减质，同时填充纤维相互之间形成的孔隙内填充的气体会降低保温砌砖主体整体的导热系数，增加保温砌砖主体的保温效果。
The invention discloses a ceramsite composite heat-preservation brick production process and belongs to the field of heat-preservation brick production processes. During the manufacturing process of aheat-preservation brick body, no interface agents and special mortar are adopted, and high-strength light-weight aggregates are adopted; through the adding of an efficient water-reducing agent, the block matrix concrete mix proportion is optimized; the process equipment is improved; a ceramsite composite heat-preservation brick with the light-weight, heat-preservation, high-strength, anti-seismicand fire-resistant properties is manufactured by filling the cavity of a brick matrix with ultra-light foam concrete and adopting several other measures, so as to meet the requirements for the environment-friendly and building energy-saving properties of a building material; compared with a conventional brick, the ceramsite composite heat-preservation brick has greater thermal-insulating, heat-preservation, anti-permeability, anti-freezing, light-weight and soundproof properties; through the improvement of composite, the entire mass of the heat-preservation brick body is reduced; and meanwhile, the entire thermal conductivity of the heat-preservation brick body is reduced through gas filled in holes formed among filling fibers, and the heat-preservation effect of the heat-preservation brick body is improved.
本发明公开了一种陶粒复合型保温砌砖的生产工艺，属于保温砖生产工艺领域，一种陶粒复合型保温砌砖的生产工艺，本方案在保温砌砖主体制造的过程中不用界面剂、不用专用砂浆、采用高强轻质骨料，通过加入高效减水剂，优化砌块基体混凝土配合比，改进工艺设备，在砌块基体空腔内填充超轻发泡混凝士等措施，制成满足轻质、保温、高强、抗震、耐火等性能的陶粒复合保温砌块，以符合对建筑材料的环保和建筑节能的需求，相较于现有的砌砖更加隔热保温、抗渗抗冻、轻质隔音，通过对陶粒进行改造，为保温砌砖主体整体减质，同时填充纤维相互之间形成的孔隙内填充的气体会降低保温砌砖主体整体的导热系数，增加保温砌砖主体的保温效果。
Ceramsite composite heat-preservation brick production process
一种陶粒复合型保温砌砖的生产工艺
XU WEI (author)
2020-09-01
Patent
Electronic Resource
Chinese
IPC:
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
/
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
/
E04C
STRUCTURAL ELEMENTS
,
Bauelemente
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Environment-friendly ceramsite brick and production method thereof
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