A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to an interior decoration energy-saving thermal insulation interior wall which comprises an outer layer partition plate, an aerogel layer, a honeycomb layer, a phase change material layer and a self-cleaning coating which are sequentially connected, the honeycomb layer is composed of a plurality of hexagonal structures, and each hexagonal structure is sequentially filled with a phase change microcapsule, a thermal reaction layer and a hydrophilic porous layer; the outer surface of the hydrophilic porous layer is coated with a moisture absorption coating layer, and the outer-layer partition plate is made of a high-strength light material and plays a supporting and protecting role; the aerogel layer is made of a nano-porous aerogel material, the heat conductivity coefficient is low, and heat preservation performance is provided; the phase-change microcapsule takes paraffin as a core and can store latent heat to realize dynamic temperature regulation within temperature difference; the thermal reaction layer is formed by compounding anhydrous calcium chloride and a super absorbent polymer, releases heat in the moisture absorption process and provides auxiliary heating; the hydrophilic porous layer is made of diatomite, zeolite and other materials and can adsorb/release water within a certain humidity range, and the indoor humidity is adjusted to be in a comfortable range.
本发明涉及一种室内装修节能保温内墙，包括依次连接的外层隔板、气凝胶层、蜂窝层、相变材料层和自清洁涂层，蜂窝层由多个六边形结构组成，每个六边形结构内部依次填充有相变微胶囊、热反应层和亲水多孔层，亲水多孔层外表面涂覆有吸湿涂料层，外层隔板采用高强度轻质材料制成，起支撑保护作用；气凝胶层由纳米多孔气凝胶材料制成，导热系数低提供保温性能；相变微胶囊以石蜡为核心，可储存潜热，实现温差内的动态调温；热反应层由无水氯化钙和高吸水性聚合物复合而成，在吸湿过程中放热，提供辅助供暖；亲水多孔层采用硅藻土、沸石等材料，可在一定程度湿度范围内吸附/释放水分，调节室内湿度至舒适区间。
The invention relates to an interior decoration energy-saving thermal insulation interior wall which comprises an outer layer partition plate, an aerogel layer, a honeycomb layer, a phase change material layer and a self-cleaning coating which are sequentially connected, the honeycomb layer is composed of a plurality of hexagonal structures, and each hexagonal structure is sequentially filled with a phase change microcapsule, a thermal reaction layer and a hydrophilic porous layer; the outer surface of the hydrophilic porous layer is coated with a moisture absorption coating layer, and the outer-layer partition plate is made of a high-strength light material and plays a supporting and protecting role; the aerogel layer is made of a nano-porous aerogel material, the heat conductivity coefficient is low, and heat preservation performance is provided; the phase-change microcapsule takes paraffin as a core and can store latent heat to realize dynamic temperature regulation within temperature difference; the thermal reaction layer is formed by compounding anhydrous calcium chloride and a super absorbent polymer, releases heat in the moisture absorption process and provides auxiliary heating; the hydrophilic porous layer is made of diatomite, zeolite and other materials and can adsorb/release water within a certain humidity range, and the indoor humidity is adjusted to be in a comfortable range.
本发明涉及一种室内装修节能保温内墙，包括依次连接的外层隔板、气凝胶层、蜂窝层、相变材料层和自清洁涂层，蜂窝层由多个六边形结构组成，每个六边形结构内部依次填充有相变微胶囊、热反应层和亲水多孔层，亲水多孔层外表面涂覆有吸湿涂料层，外层隔板采用高强度轻质材料制成，起支撑保护作用；气凝胶层由纳米多孔气凝胶材料制成，导热系数低提供保温性能；相变微胶囊以石蜡为核心，可储存潜热，实现温差内的动态调温；热反应层由无水氯化钙和高吸水性聚合物复合而成，在吸湿过程中放热，提供辅助供暖；亲水多孔层采用硅藻土、沸石等材料，可在一定程度湿度范围内吸附/释放水分，调节室内湿度至舒适区间。
Energy-saving and heat-insulating interior wall for interior decoration
一种室内装修节能保温内墙
HE YUBING (author)
2024-06-18
Patent
Electronic Resource
Chinese
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