Outokumpu has won a bid to provide stainless steel for the façade on Ping An Finance Center in Shenzhen, China. The skyscraper’s façade will be the largest stainless steel façade in the world. This contract demonstrates Outokumpu’s vast experience and advanced expertise in stainless steel.
The building is expected to be finished in April 2016, with a height of 660 meters, and it is set to be the highest skyscraper in China and the second highest in the world.
The Ping An Finance Center will cover almost 0.5 square kilometers of building area. It will house the headquarters of Ping An Life Insurance Company of China and combine office functions with shops of high-end international and local brands, fine restaurants and an entertainment complex.
The Ping An Finance Center will cover almost 0.5 square kilometers of building area. It will house the headquarters of Ping An Life Insurance Company of China and combine office functions with shops of high-end international and local brands, fine restaurants and an entertainment complex.
“In our substantive research on the bidders, Outokumpu stood out with its rich global experience and highly efficient and customized products. Outokumpu’s vision of ‘a world that lasts forever’ and the mission of ‘creating long lasting and recyclable advanced materials’ perfectly match our vision of providing a sustainable landmark to the pioneering spirit of Shenzhen,” said the spokesperson for Ping An Finance Center in a press release.
The façade is an important part of the structure of a skyscraper, thus requiring high quality stainless steel. Stainless steel has become a preferred material for architectural façades because of its qualities. Its mechanical properties allow for a thinner façade and it also keeps the building insulated from the elements as well as sound. Specifically, longevity and corrosion resistance is necessary to avoid material replacement due to esthetic or functional failure. The corrosion resistance of stainless steel also helps other long-life materials such as wood, stone, concrete and masonry to achieve their potential. Stainless steel’s solar reflective index on common finishes shield buildings and structures from both summer heat gain and winter heat loss, reducing energy requirements.