Construction method of nano-thermal insulation board
Release Time: 2025-07-25
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In industrial insulation construction, complex procedures often become bottlenecks in efficiency. Rosetexwool's nano-insulation board, with its "adaptive design + convenient process", redefines the standards for insulation construction, making high-temperature equipment insulation projects time-saving, worry-free, and more reliable. Rosetexwool nano-insulation board is a new type of insulation material manufactured using high-tech technology. It is made from lightweight inorganic SiO₂ and ceramic fibers with extremely low thermal conductivity, and uses high-reflectivity aluminum foil as the bottom layer material. It is produced through continuous coating, composite pressing, baking, and other processes. Its special inorganic refractory powder particles form tiny pores, making the thermal conductivity even lower than that of still air. In high-temperature environments, its insulation performance is 2-3 times higher than traditional fiber insulation materials, making it an excellent insulation material with superior thermal insulation performance. Construction method of nano-insulation board: 1.During the construction of nano insulation boards, the heat shrinkable film packaging should not be damaged, and its integrity should be maintained to ensure that its insulation performance is not lost. During construction, the outer waterproof plastic protective layer should be retained to prevent water from entering. 2. Construction sequence: Install the nano-thermal insulation boards from bottom to top, ensuring they are tightly fitted both vertically and horizontally, with as small gaps as possible. For areas with large gaps, fill them with high-temperature resistant fiber cotton; 3. For applications involving the use of castable materials, due to the presence of anchoring components, a specialized cutting knife should be used to align with the center of the anchoring component. The cut should not be too large and should not deviate from the center of the anchoring component. The width of the product should be equal to the spacing between the anchoring components. Depending on the actual situation, a matching high-temperature adhesive can be used. The essentials of construction are basically the same as those for calcium silicate boards. With its excellent performance and quality, Rosetexwool nano insulation board will undoubtedly contribute significantly to energy conservation, consumption reduction, and production efficiency improvement for your enterprise.
