When the morning mist of Zhangjiang in Pudong drifts over the silver-gray exterior of NVIDIA's Shanghai headquarters, few people know that the "vitality" of this technological landmark is hidden beneath the six-sided steel electrostatic-proof floor panels—this is the "steel masterpiece" painstakingly crafted by Zhuang Meiquan over three years.  

When invited to the project, traditional flooring could not meet the precise demands of a chip laboratory, so Zhuang Meiquan immediately decided to reconstruct the technical logic. She led her team through repeated experiments and finally chose 1.2mm hot-dip galvanized steel plates, which were pressed through 28 steps to create a honeycomb structure, then coated with a nano-ceramic layer. "This coating acts like the 'breathing nerve' of the floor, which can steadily conduct away static electricity," she explained, pointing to the test data. It is precisely this design that allows the most sensitive chip equipment to operate safely.

Due to the limited load capacity of high-rise floors, she innovatively designed a "pipeline suspension pod" to hide the mechanical and electrical pipelines under the floor. During construction, she stayed in front of the BIM model, using a laser pointer to plan every transportation route, ultimately improving construction efficiency by 40%, and later maintenance only requires lifting the floor. Today, a 60dB electromagnetic shielding and 500kg/㎡ load-bearing floor quietly supports NVIDIA's advanced equipment, while Zhuang Meiquan's craftsmanship has become the most moving technological highlight of this building.