Tin shed to build a plant, the construction process: a construction site survey → 2 raw material mining, experience, entered the construction site rust → 3 → 4 → 5 embedded parts cutting reinspection steel column lifting → 7 → 6 → 8 weld inspection correction → 9 girder lifting test correction → 11 → 10 → 12 supporting welding system installation test correction → 14 → 13 → 15 stencilled welded body rust → 16 → 17 early acceptance test (each step of construction are required to have my company specializes in in testing and inspection were marked Monmouth employee number and date) Second, the tin shacks advantage. Compared with other steel structure, the use of function, design, construction, and economic aspects of the comprehensive advantages, mainly in the following aspects: 1, flexible architecture, abundance. Large bay design, the indoor space program can be more segmented to meet the different needs of users, and through approximately 3--6% reduction in cross-sectional area of ??the column and the use of lightweight wallboard, improve area utilization, effective use of the indoor area to improve . 2, energy-saving effect, standardized prefabricated wall panels using light instead of saving clay, good insulation properties, saving 65%, 3, and steel structures for residential buildings can take advantage of the ductility of steel, strong plastic deformation as well as the excellent performance of the seismic wind. Concrete steel pillars fully rational use of the material properties of steel and concrete, by increasing the intensity corresponding to narrow section, its compressive strength anti scoliosis, 1.5 times higher than the concrete columns, which greatly increased the ability of anti-earthquake and improve the safety and reliability of residence. Especially in the event of an earthquake, typhoon disaster case, it is possible to avoid the collapse of the buildings destroyed. 95 years as the Great Hanshin earthquake in Japan, the earthquake in Taiwan 99 years not collapsed almost entirely built for H-beam steel buildings. 4, total construction light weight, steel residential system using a variety of lightweight materials, the composition of high-strength, fire, water, heat insulation, sound insulation, energy-saving composite wall, instead of the traditional clay brick masonry and other bulky materials. The use of light steel structure system, the amount of concrete can be reduced by 50%, 75% decline in housing overall weight than concrete buildings. 5, the construction speed, the use of light steel structure buildings steel structure, steel banding does not require on-site, without making a template, when in-situ concrete floor, no temporary support, so that you can greatly accelerate the construction site of the assembly speed. Therefore, the construction period BOLTED system can be shortened by 50% to 75% less than traditional structural model, can greatly shorten the occupation period of investment funds and improve efficiency in the use of funds. 6, good environmental effects. Steel residential construction greatly reduces the sand, stone, the amount of ash, the materials used are mainly green recyclable or biodegradable materials, in the demolition of buildings, most of the materials for recycling or degradation, does not produce a lot of garbage. 7, with high performance and low cost. Due to joint action with concrete Ladle complementary strengths, the cross-section beams can be reduced by more than 50%, therefore, the amount of steel than the concrete structure steel BOLTED dropped about 15%, 50% reduction in concrete, labor costs fall 75%, 75% decline in freight, handling charges basis decreased by 20% to 30%. Although BOLTED than the price of steel used in ordinary steel high, much higher than the price of composite wall masonry walls, but these costs and expenses offset lower prices, the overall investment is still lower than that of traditional reinforced concrete system 5 % ~ 15%, while there is a substantial increase performance. 8, in line with the housing industry and the requirements of sustainable development. Steel suitable for mass production factory, a high degree of industrialization, and is capable of saving, waterproof, heat insulation, windows and doors, and other advanced set finished in one, complete the application, design, production, construction integration, improve the level of the housing industry. In summary, the steel is suitable for innovative residential architecture. Steel can be different aesthetics as people using different functional requirements and design a variety of shapes, the new room scale space. Manufacturers with high precision, high-quality, high-speed is completed, so that the building achieve both beautiful and the economy.