Antisismic Steel Framework

Steel is resistant - Steel possesses incomparable resistance not only to earthquake, but also moisture, fire, corrosion, storm, termites and similar pests. With a highly effective galvanization process, light gauge steel profiles resist even the most humid regions for many decades. GUIHAL's framework uses ASTM A653M SS GR340 Z275 steel.

Steel is durable - Steel displays the strongest resistance to earthquake. The strength of steel is unquestionable, 21 times more flexible than timber and 10 times more than reinforced concrete (concrete + steel reinforcing). Ideal in poor ground areas, lightweight with a low ratio of specific weight to carried load.

Steel is practical - Light gauge steel frame construction is a rapid construction system. The main carrier system is established in residential type constructions within one week regardless of weather conditions. Turnkey construction can be as short as 1 months.
A specific “construction season” does not exist. Reinforced concrete is not required, except for base. Buildings are factory pre-produced for rapid delivery meaning short lead times, minimum time on site, rapid and practical assembly without highly skilled labour or specialist equipment.

Steel is reliable - Light gauge steel frame construction system is reliable.
• The construction period is short and does not depend on season and climate.
• Cost of delivery is lower due to less and controllable deliveries.
• Unnecessary cost of labor and site equipment supply is eliminated.
• Early delivery of the building provides sales and rent revenue advantage.
• Value of the building is high due to minimal maintenance need, unlimited solutions for restoration and modifications and low cost and simplicity of overall repairs and modifications.

Steel is economical - Light gauge steel frame construction systems are more economical in comparison with conventional construction systems.
• No concrete beams or columns are needed within light steel constructions saving space within the building.
• Cost of the slab base decreases due to less overall building weight in steel constructions.
• Load bearing structure is long-lasting providing a reliable life for generations.
• Resistant to natural disasters such as earthquake, storm and flood means rapid and low cost repairs to damages caused by natural disasters.
• Low rate of material waste.
• Insulation and energy usage of complete projects are designed in compliance with regional and seasonal data; therefore, initial expenditures made for the building amortize itself.

Steel is ecological - As steel is made of recyclable material the consumption of natural resources is minimised. Dismounting and portability of the material contributes to ecology of the construction. Steel is not harmful, is free from toxicological and allergic effect. The entire building is recyclable.

Energy efficiency - Steel-framed buildings can be very energy-efficient. The depth of steel beams also provides a wider space for insulation. Steel frame buildings do not settle or warp remaining more airtight. The design flexibility of steel frame buildings enables architects to focus on energy-efficient housing features

Steel is attractive - Light gauge steel frame construction system provides designers the freedom to provide attractive and functional buildings in any classical or modern architectural project.

Steel constructions are not new - In the years immediately following World War II, Japan faced a serious housing crisis that required the fastest construction possible of four million new homes. 150 years of wood growth would have been required. Thus, they turned to readily available--and non-flammable--steel, and the steel housing market was born.

Following the success of steel-frame homes in Japan, the United Kingdom housing market turned to readily available metal- and steel-building materials. Today, several of the top 20 home building companies there use steel-frame construction for new flats and two-story homes. Australia also favors steel-frame housing for new residential developments, and general contractors and project managers often use the same successful designs on multiple projects. Scandinavian builders used steel- and metal-frame construction for affordable apartment communities and incorporate other unconventional materials, including mineral wool and gypsum board.

Finally, the Eiffel Tower has been standing since 1889.

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