Tederic International Center

2024
Project Type
Headquarters
Status
Built
Site Area
33,334㎡
Gross Floor Area
91,208m² 
Design Period
2019 - 2020
Construction Period
2020 - 2024
Location
Hangzhou, China




Located in Hangzhou’s Qiantang District, Tederic International Center was designed by milanesi|paiusco from 2020 to completion in 2024. The project integrates architecture, interiors, and landscape within a unified campus for Tederic, the first publicly listed Chinese injection moulding machine company. Covering more than 91,000 square meters, the campus combines offices, commercial facilities, hospitality spaces, and a smart factory. Open public spaces and circulation routes replace the closed image of the traditional industrial compound.


A Campus Inspired by the Electric Motor

The project draws inspiration from the electric motor, translating the idea of energy transfer into spatial organization. Offices, factories, and visitor circulation work together as interconnected parts within one continuous system. An Red bridge links the headquarters and factory, while the illuminated roof transforms the industrial building into a nighttime landmark. Polycarbonate panels provide daylight, energy efficiency, and a distinctive architectural identity.


Performance Within a High-Tech Façade

The architecture adopts a high-tech vocabulary defined by double-layer façades, modular geometry, and projecting wings. The façade system was optimized for energy performance and construction efficiency, using twelve different Low-E glazing configurations calibrated according to orientation. Expanded aluminum mesh reduces glare and improves airflow, while the shadow-box system conceals structural and fire-protection elements behind the curtain wall.


Turning the Smart Factory into an Experience
The smart factory employs a triangular truss structure with optimized connection nodes, reducing steel consumption by approximately twenty percent. An elevated visitor route bypasses production structures through inclined columns and reconnects to the headquarters via the signature orange bridge. The roof system combines translucent polycarbonate panels with metal cladding to reinforce the “battery pack” concept while improving daylight, insulation, and structural stability.


GALLERY
PROCESS