Hainan Container House Thermal Insulation
Thermal insulation for container houses in Hainan can be achieved through methods such as using inorganic fiber spraying cotton thermal insulation materials, filling the interior with high-density thermal insulation rock wool combined with thermal break insulation techniques, and selecting thermal break aluminum double-glazed windows and doors.
Inorganic fiber spraying cotton thermal insulation materials: In Hainan's humid and rainy climate, traditional foam board insulation layers are prone to cracking and aging. In contrast, inorganic fiber spraying cotton is composed of inorganic mineral fibers and environmentally friendly binders, which are sprayed onto the building surface by specialized equipment to form a continuous insulation layer. The three-dimensional interwoven fibers create a layer of still air with a lower thermal conductivity than most inorganic insulation slurries, effectively reducing heat transfer from strong sunlight. The hydrophobic treatment prevents liquid water from entering the fibers, while the breathable channels allow excess moisture in the walls to escape, preventing condensation and mildew. Additionally, inorganic fibers are non-combustible, offering a high fire rating, and the fiber layer also provides sound absorption and noise reduction. The spraying process conforms to complex irregular structures without seams, eliminating thermal bridges and providing far greater overall stability than panel-type materials in climates with alternating heavy rain, typhoons, and intense sun.
Filling the interior with high-density thermal insulation rock wool combined with thermal break insulation techniques: Regular cultural and tourism space capsules are filled with high-density thermal insulation rock wool inside, combined with thermal break insulation techniques to block heat and cold conduction, improving indoor temperature and meeting long-term usage needs.
Selecting thermal break aluminum double-glazed windows and doors: Windows and doors made of thermal break aluminum double-glazing effectively reduce heat transfer, further improving indoor temperature and enhancing thermal insulation performance.
In addition, optimizing the design of container houses, such as reasonably setting ventilation openings and adding sunshade facilities, can also assist in improving thermal insulation performance, creating a comfortable and cool indoor environment for occupants.
