1. Fire prevention and safety
High temperature stability: It still maintains 70% strength below 800℃, and the melting point is as high as 1400℃, which meets the Class A fire protection standard and is suitable for key areas such as fire passages and escape stairs.
No risk of coating shedding: No paint or plating is required to avoid the release of toxic gases in fires.
2. Environmental sustainability
100% recyclable: The recycling rate of stainless steel waste exceeds 90%, reducing construction waste and meeting green certification requirements such as LEED/BREEAM.
Low-carbon production process: The arc furnace short-process smelting technology is adopted, which reduces carbon emissions by 30% compared with traditional processes.
3. Adapt to complex environments
Wide temperature range performance: Stable performance under -200℃ to 400℃ environment, suitable for polar scientific research stations and buildings in high-temperature desert areas.
Anti-microbial adhesion: The surface of 316L stainless steel inhibits bacterial growth and is suitable for hygienic sensitive places such as hospitals and food processing plants.
4. Fast installation and low maintenance
Prefabricated modular application: Stainless steel components can be pre-processed in the factory (such as welding nodes and special-shaped structures), shortening the on-site construction period.
No anti-corrosion treatment required: Eliminate galvanizing and painting processes, reduce construction pollution and construction delays.
1. Fire prevention and safety
High temperature stability: It still maintains 70% strength below 800℃, and the melting point is as high as 1400℃, which meets the Class A fire protection standard and is suitable for key areas such as fire passages and escape stairs.
No risk of coating shedding: No paint or plating is required to avoid the release of toxic gases in fires.
2. Environmental sustainability
100% recyclable: The recycling rate of stainless steel waste exceeds 90%, reducing construction waste and meeting green certification requirements such as LEED/BREEAM.
Low-carbon production process: The arc furnace short-process smelting technology is adopted, which reduces carbon emissions by 30% compared with traditional processes.
3. Adapt to complex environments
Wide temperature range performance: Stable performance under -200℃ to 400℃ environment, suitable for polar scientific research stations and buildings in high-temperature desert areas.
Anti-microbial adhesion: The surface of 316L stainless steel inhibits bacterial growth and is suitable for hygienic sensitive places such as hospitals and food processing plants.
4. Fast installation and low maintenance
Prefabricated modular application: Stainless steel components can be pre-processed in the factory (such as welding nodes and special-shaped structures), shortening the on-site construction period.
No anti-corrosion treatment required: Eliminate galvanizing and painting processes, reduce construction pollution and construction delays.