Build A House Like A Car
Cost-effective
Aluminum alloy materials undergo anodizing and T6 heat treatment to resist corrosion and oxidation, with a service life of up to 300 years, low maintenance costs, and high recovery value.
Durable
The unique aluminum alloy structure has extremely strong wind and seismic resistance performance, Safe and stable, all materials have a minimum Bl fire protection standard.
Fast
Aluminum alloy materials undergo anodizing and T6 heat treatment to resist corrosion and oxidation, with a service life of up to 300 years, low maintenance costs, and high recovery value.
Assembly Module
Foundation
The foundation is made of high-quality weathering steel, which is of high strength and corrosion resistance.
Beams and columns are connected using dedicated connectors, making installation simple and efficient.
Wall System
It is composed of an aluminum alloy outer frame and sandwich panels, featuring high strength and excellent insulation.
Floor System
The modular design is suitable for different building functional requirements and is easy to install.
Roof System
Adopting standardized design, it is coordinated with the floor and wall systems to ensure the overall stability and durability of the building.
Design Before Construction, Making Building A House Simplier
Efficient
The modular components facilitate transportation and installation; the construction efficiency is increased by more than three times; the construction period is significantly shortened.
Energy Conservation
The thermal resistance value of the wall is 12 times that of a brick wall of the same thickness; the temperature difference between indoors and outdoors can reach up to 15℃; the overall energy consumption can be saved by more than 80%.
Environment Friendly
The entire construction process is carried out using dry methods, resulting in no construction waste; the use of green materials ensures high quality.
Economic
The space utilization rate has increased by 5% to 10%; the recycling rate of the main materials exceeds 90%; the main structure requires no maintenance throughout its lifetime; the overall usage cost has been reduced by 20% to 25%.
Safety
The cage-type frame is more stable; it meets the 8-level seismic resistance requirements; the material fire resistance grade is ≥ B1 level.
Performance
The sound insulation and noise reduction performance is excellent; the noise isolation effect can reach 50-55 dB.
Performance Test
Destructive test of column shaft pressure
The average peak axial pressure load reached 272.88 kN, the average vertical displacement was 5.43 - 6.70 mm, and the axial bearing capacity reached a maximum of 27.3 tons, which exceeded the requirement of 24.4 tons stipulated in the specification and met the safety usage requirements.
Destructive test of wall panel axial pressure
The overall axial bearing capacity of the wall panels is 441kN (approximately 44 tons). The peak load of the wall panels ranges from 340 to 495kN. The bearing capacity of the wall panels is 62% higher than that of the column frame, meeting the safety usage requirements.
Floor bending performance test
The average peak load is 75.8 kN. The corresponding surface load under uniformly distributed load is 18.1 kN/m, which is greater than the current design value of 5.15 N·m for the floor slab. The average ultimate flexural bearing capacity at the mid-span of the slab is 37.9 kN·m, which is 3.79 times the maximum bending moment at the design mid-span, indicating a relatively high level of safety.
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