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Vacuum heat insulation composite insulation board capable of being cut and punched
The invention discloses a vacuum heat insulation composite insulation board capable of being cut and punched, which belongs to the technical field of insulation boards and comprises a first vacuum heat insulation board and a second vacuum heat insulation board, each of the first vacuum insulation panel and the second vacuum insulation panel comprises a plurality of vacuum modules which are arranged in a rectangular array in the plate surface direction, and spacing seams among the vacuum modules of the first vacuum insulation panel and spacing seams among the vacuum modules of the second vacuum insulation panel are staggered in the plate thickness direction. According to the vacuum heat-insulation composite insulation board capable of being cut and punched, the first vacuum heat-insulation board and the second vacuum heat-insulation board are stacked after the interval seams of the first vacuum heat-insulation board and the second vacuum heat-insulation board are staggered, the heat conduction path that heat is linearly conducted through the two heat-insulation boards from the interval seams is blocked, and the heat conductivity coefficient of the interval seams is reduced; and the heat insulation strips are arranged in the vacuum modules corresponding to the interval seam parts to increase the heat insulation thickness of the interval seam parts, so that the overall heat insulation performance of the composite heat insulation board is ensured.
本发明公开了一种可切割打孔的真空绝热复合保温板，属于保温板材技术领域，其包括板面相互贴靠叠放的第一真空绝热板和第二真空绝热板；第一真空绝热板和第二真空绝热板均包括沿板面方向呈矩形阵列排布的多个真空模块，第一真空绝热板的各个真空模块之间的间隔缝和第二真空绝热板的各个真空模块之间的间隔缝在板厚方向上相互错开。本发明提供的可切割打孔的真空绝热复合保温板，将第一真空绝热板和第二真空绝热板的间隔缝错缝后进行叠放，阻断了热量从间隔缝部位直线传导透过两块绝热板的热传导路径，降低了间隔缝部位的导热系数；并通过在对应间隔缝部位的真空模块内设置隔热条来增加间隔缝部位的保温厚度，保证了复合保温板的整体保温性能。
Vacuum heat insulation composite insulation board capable of being cut and punched
The invention discloses a vacuum heat insulation composite insulation board capable of being cut and punched, which belongs to the technical field of insulation boards and comprises a first vacuum heat insulation board and a second vacuum heat insulation board, each of the first vacuum insulation panel and the second vacuum insulation panel comprises a plurality of vacuum modules which are arranged in a rectangular array in the plate surface direction, and spacing seams among the vacuum modules of the first vacuum insulation panel and spacing seams among the vacuum modules of the second vacuum insulation panel are staggered in the plate thickness direction. According to the vacuum heat-insulation composite insulation board capable of being cut and punched, the first vacuum heat-insulation board and the second vacuum heat-insulation board are stacked after the interval seams of the first vacuum heat-insulation board and the second vacuum heat-insulation board are staggered, the heat conduction path that heat is linearly conducted through the two heat-insulation boards from the interval seams is blocked, and the heat conductivity coefficient of the interval seams is reduced; and the heat insulation strips are arranged in the vacuum modules corresponding to the interval seam parts to increase the heat insulation thickness of the interval seam parts, so that the overall heat insulation performance of the composite heat insulation board is ensured.
本发明公开了一种可切割打孔的真空绝热复合保温板，属于保温板材技术领域，其包括板面相互贴靠叠放的第一真空绝热板和第二真空绝热板；第一真空绝热板和第二真空绝热板均包括沿板面方向呈矩形阵列排布的多个真空模块，第一真空绝热板的各个真空模块之间的间隔缝和第二真空绝热板的各个真空模块之间的间隔缝在板厚方向上相互错开。本发明提供的可切割打孔的真空绝热复合保温板，将第一真空绝热板和第二真空绝热板的间隔缝错缝后进行叠放，阻断了热量从间隔缝部位直线传导透过两块绝热板的热传导路径，降低了间隔缝部位的导热系数；并通过在对应间隔缝部位的真空模块内设置隔热条来增加间隔缝部位的保温厚度，保证了复合保温板的整体保温性能。
Vacuum heat insulation composite insulation board capable of being cut and punched
一种可切割打孔的真空绝热复合保温板
WANG YANDONG (author)
2023-11-17
Patent
Electronic Resource
Chinese
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