On-site photo
New structural strength: Taiwan's first construction project using Japanese high-strength steel Comparable to Taipei 101 and same level as the Tokyo Skytree Tower
The SS structure, high-strength rebar, and steel materials used are the same SM570M as those used in the Taipei 101 building. The MEGA columns utilize imported high-strength steel, specifically KBSA630, which is the same type of steel used in the construction of Japan's Tokyo Skytree Tower. This selection of materials ensures high toughness and seismic resistance, reinforcing the building's stability and strength.
Enhanced supporting systems to further strengthen and increase structural stability.
Interior floorings are designed to withstand heavy loads |
With a load-bearing capacity of 500 kilograms per square
meter, the flooring is 2.5 times stronger than that of
conventional residential buildings.
The high-quality sound insulation system provides a quiet and peaceful indoor environment. |
The central area of the building utilizes 20-cm thick 4000 PSI
concrete, which effectively reduces the transmission of
vibrations caused by walking, creating a comfortable living
space that allows for easy customization according to individual
preferences.
Super fire resistance |
Increased fire resistance of up to 1 hour beyond regulatory
requirements for steel structure, with some areas reaching a
maximum of 3 hours.
Highly durable rust prevention｜
Strengthened anti-corrosion coating for architectural
steel structures to extend the life of steel structures
People seek security and comfort in homes, the value of a home lies in the people living in it It is through stability that one can remain hidden, and it is through perseverance that one's legacy endures.
Whether it comes to structural design, shock isolation, Tao Zhu Yin Yuan has achieved many of the world’s “firsts” Aiming to extend the lifespan of a building and striking a balance between risk and economics, efforts were made to achieve the highest level of seismic safety in construction, even if it means increasing the cost threefold. Rigorous inspections and adherence to strict guidelines on national-level seismic standards have contributed to making "Tao Zhu Yin Yuan" the only residential project in the world to adopt such a high-standard structural design.
This is a 3D representation. The actual completion and handover conditions shall prevail.
Innovative structural design “Skier” SS steel structure: stability and mechanics
Adopted SS structure. The unique structure is composed of five main components: "core tube, roof truss, two sets of MEGA columns, Vierendeel Truss system, and EPS seismic isolation system." Creating structural support and bearing the weight of the building, it evokes the image of an unyielding human core during skiing, firmly anchored deep in the ground, strong and enduring, as solid as a rock.
The “Invisible” Structure The “Visible” Mission
Huge spans |
Spans are achieved through innovative
structural design, creating column-free interiors in each
floor, with only odd-numbered floors having perimeter
columns.
The best interior living space｜
Interior floors are
3-3.27m in net height, and piping can be versatilely
completed on the mezzanine layer.
Passed authoritative reviews |
- Passed a structural safety audit of the NTU Center for Earthquake Engineering Research
- Passed the TABC Earthquake-Resistant Label Certification
- This project has appointed five special supervisors.
- Wind tunnel testing conducted by RWDI of Canada