Is Insulated Lightweight Steel Villa Good for Thermal Insulation?
Especially in northern regions, where winters are quite cold, indoor heating systems are necessary. Improved insulation not only enhances warmth but also saves energy.
The effectiveness of insulation primarily depends on the thermal conductivity of the walls and roof, as well as the sealing and thermal conductivity of the doors and windows, which are also significant factors affecting the insulation performance.
High thermal conductivity of walls indicates rapid heat transfer, making it easy for heat to escape from inside the house and for external heat to seep in. This is why we waste air conditioning in summer and heating in winter.
If the thermal conductivity of the walls is low, it indicates that there is less heat transfer between the inside and outside of the house. During winter, cold air from outside is less likely to侵入, and in summer, cool air inside is less prone to escape. This achieves the effect of thermal insulation and heat preservation.
The exterior walls of our lightweight steel villas typically use extruded polystyrene boards for insulation, with a thermal conductivity range of approximately 0.042 to 0.056 W/M.K. Compared to clay bricks at 0.81 W/M.K, it is an excellent insulating material.
Our lightweight steel villa features a composite wall structure, enhancing its insulation performance over traditional building structures.