Committed to creating a safe and energy-saving new type of glass
University of Electronic Science and technology
The University of Electronic Science and Technology of China is a higher education institution focused on technology and education, and its campus architecture needs to create a good learning and research environment. We provided laminated glass, tempered glass, and insulated glass for the school. Laminated glass is used in school laboratories and classrooms, with its high transmittance and low refractive index ensuring excellent visual effects. Hollow glass is used for the curtain wall of schools, providing a quiet learning and working environment, while tempered glass is used for the glass in classrooms.
The main building's external enclosure system uses a double-layer breathing curtain wall. The inert gas in the cavity is stable all year round, isolating it from external humidity, heat and noise, creating a constant microenvironment for precision instruments throughout the four seasons.
The partition wall between the hazardous chemicals warehouse and the high-pressure gas cylinder area is equipped with a continuous metal mesh, which forms an impenetrable transparent firewall in the event of a fire, ensuring that the evacuation route is clearly visible and does not crack under high temperatures.
An electrically controlled mist partition is set up between the lecture hall and the key laboratory. When powered on, it is transparent and facilitates open communication. When powered off, the mist instantly forms a private discussion space to meet the confidentiality needs of scientific research.
The entrance curtain wall of the Industry-Education Integration Exhibition Hall is integrated with a low-pixel-pitch photoelectric layer. It is invisible and transparent during the day, and transforms into a high-definition information screen at night, displaying the college's scientific research results and enrollment image in real time.
The mirrors in the elevator hall and public corridors are equipped with built-in capacitive touch modules, which support gestures to call out weather, shuttle bus and meeting information, maintaining the integrity of the mirror while enabling interactive navigation.
The corridors in the teaching area use frameless ultra-white mirrors with high reflectivity to expand the perception of space. Combined with the light wells on the top, they form an extension of light and shadow, alleviating the psychological pressure of narrow and long traffic.
The sky corridor and roof garden railings are made of three layers of PVB film composite, which can prevent the overall collapse even under extreme impact, and ensure transparent landscape and structural redundancy.
The security center and confidential reading room use optical-grade one-way reflective layers. The low-light side can clearly monitor the outside, and only the mirror surface can be seen from the outside, achieving the dual goals of covert guarding and scientific research confidentiality.
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Address: No.56, No.2 Donggang Road, Quzhou, Zhejiang Province
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