Faced with Taiwan's inevitable destiny of earthquakes, Dai Yun-fa,driven by the responsibility of being a structural engineer, prioritizes residential safety above all. Committed to advancing building safety,he has continuously innovated over the years, developing the “Alfa Safe Earthquake-Resistant Techniques.” With this, rebar is no longer just a part of construction—it becomes a visible testament to quality. Alfa Safe transforms buildings into century-standing works of art through its visible structural innovations.
Alfa Safe
The New Benchmark for Earthquake-Resistant Buildings
Alfa Safe
Earthquake-Resistant TechniquesAlfa Safe
aligns with ESG benefitsCarbon Reduction durning 60 years Life Cycle:
Alfa Safe systemic-column&Alfa Safe systemic-wall in all
building:50.0%
Alfa Safe dual-core column on the 1st floor+Alfa Safe systemiccolumn&Alfa Safe systemic-wall in all building:47.9%
Alfa Safe dual-core column&Alfa Safe systemic-wall on the 1st floor+normal column&normal wall above the 1st floor:5.1%
In response to frequent earthquake threats, Alfa Safe EarthquakeResistant Techniques enhance seismic resilience while aligning with global carbon reduction goals. Compared to traditional methods, it reduces carbon emissions at the same seismic grade.
Addressing labor shortages and an aging workforce, Alfa Safe employs automated rebar bending and prefabrication to reduce labor intensity and technical barriers, creating a more worker-friendly environment.
Alfa Safe Earthquake-Resistant Techniques enable visualized,transparent, and real-time quality management. Its transparency and pro-active information disclosure earn trust from investors andfinancial institutions.
Using a single rebar that is continuously bent and formed without interruption, with a seamless design, providing better confinement.Additionally, it is processed in the factory into modular components,significantly improving structural seismic resilience. The safety and quality are visible.
All rebar dimensions are pre-planned, cut and automatically manufactured and bent, ensuring precise assembly and controlled material costs, making standardized specifications visible.
To avoid construction quality issues caused by human negligence and varying worker skill levels, the modular components make tying easier and more precise. The SOP construction process is simple, ensuring quality control and easy inspection.
With thorough pre-construction planning and precise processing of rebar components, it replaces the difficult tying work on the construction site, greatly improving both construction quality and efficiency.