eps modules are polystyrene boards that are manufactured through high-temperature vacuum one-time molding with specialized equipment and molds in accordance with the requirements of building modules, energy-saving standards, building structures, structural systems and construction techniques, rather than being cut into shape by large board machines. Its fusion property is uniform, the compressive strength is high, the technical indicators are stable, the geometric dimensions are accurate, and the negative error is 0.2mm.
This technology is highly easy to construct, and building a house is similar to laying out building blocks. It has completely replaced clay bricks and block masonry walls, eliminated backward technologies and production capacity, abandoned traditional house construction techniques, and achieved the integration of building insulation and formwork, as well as the integration of building insulation and building structure, and the industrialization and standardization of patented technologies with independent intellectual property rights.
The construction technology of prefabricated low-energy disaster-resistant houses has been standardized, the production of building components has been industrialized, the construction site has been assembled, the engineering quality has been refined, and the indoor environment has been made comfortable. It provides reliable construction techniques and economically applicable building components for the construction of low-energy disaster-resistant houses, large cold storage facilities, large poultry houses without heating facilities, agricultural machinery warehouses, agricultural greenhouses, etc. in areas with different seismic intensities.
The eps module is organically combined with cast-in-place concrete structures or recycled concrete structures, enabling the economic and technical indicators of the house to be compared with those of traditional clay brick houses: The construction cost of houses has been reduced by 15%, the construction speed has been increased by more than 50%, the usable area has been expanded by 10%, the insulation and heat preservation performance and air tightness have reached the performance indicators of passive houses, and the structural disaster resistance capacity has been significantly upgraded to prevent potential hazards before they occur, achieving "zero deaths" in an 8-degree earthquake. It has completely bid farewell to the collapse of houses, personal and property losses, and adverse social impacts caused by natural disasters, achieving the goal of not being harmed by disasters.
Save energy and land, and protect resources. The entire interior of the composite wall can be cast with recycled concrete, which not only effectively recycles construction waste but also makes the thermal insulation performance of the composite wall equivalent to that of a 3200mm thick solid clay brick wall.
The excellent mechanical properties of eps modules and the evenly distributed dovetail grooves on both the inner and outer surfaces form an organic interlocking with the concrete structure and protective layer, enhancing the impact resistance, durability and fire safety performance of the wall, and ensuring that the insulation layer of the module has the same service life as the cast-in-place concrete load-bearing wall
