摘要:
The invention relates to a façade system having fire-resistant façade elements having a high insulating effect for façade construction for high-rise buildings and to a method for producing said façade system, having the following features: a) a façade element has insulation having a 3-stage lamination of an outer insulating plate (5) made of hydrophobic silicic acid and of an inner insulating plate (7) made of hydrophobic silicic acid, wherein a vacuum insulation plate (6) is supported between said plates (5, 7), which vacuum insulation plate is composed of silicic acid, which has been wrapped air-tight with film and evacuated, b) a façade element has at least one outer cover plate (2) and at least one inner cover plate (8), c) a façade element has a plurality of clamping elements (4), wherein a fireproof sealing strip (18) surrounds the entire periphery of the vacuum insulation plate (6), d) a spacing and retaining element (14) for holding a façade element in connection with the existing façade systems.
摘要:
Disclosed is a molded heat insulation member comprising a heat insulating core that has holes which are filled with a capillary-active material; the heat insulating core is not capillary-active, and the capillary-active material in the holes comprises capillary-active wicks.
摘要:
The invention relates to an insulating composite having a permeable edge composite, constructed of a plurality of sheet-type layers laid in succession without gaps comprising a) at least one insulating layer (1) comprising a plurality of vacuum insulation panels separated from each other on all sides by bridges (2) which constitute the edge of the insulating layer (1), wherein each bridge consists of a capillary-inactive, permeable, hydrophobic thermal insulation material having a thermal conductivity of at most 0.025 W/(m*K), b) two cover layers (3), which consist of a capillary-inactive, diffusion-inhibiting or diffusion-tight material, and c) a plurality of anchors (4), which are attached to the cover layers and frictionally connect the two cover layers to each other and penetrate the insulating layer (1) in the region of the bridges.