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| Επωνυμία: | HANLUN |
| Αριθμός Μοντέλου: | ΕΝΩΜΕΝΟΣ ΓΥΑΛΙΝΟΣ ΤΟΙΧΟΣ ΚΟΦΤΙΝΗΣ |
| Ελάχιστη Ποσότητα Παραγγελίας: | 1 |
| Τιμή: | 300-1000RMB |
| Χρόνος παράδοσης: | 45 |
| Όροι Πληρωμής: | L/C,T/T |
The Unitized Glass Curtain Wall represents an advanced building envelope solution rooted in industrial prefabrication and rapid modular assembly techniques. Each component is precision-engineered and pre-assembled within factory conditions, combining structural framing, high-performance glazing units (including triple-pane configurations, Low-E coatings, and laminated glass), thermally broken profiles, multi-stage sealing gaskets, and integrated drainage pathways into complete three-dimensional facade cassettes. Once delivered to the project site, these prefinished modules are installed using crane-assisted placement and precision alignment tools, enabling enclosure rates exceeding thousands of square meters per day through a straightforward stacking process. This methodology virtually eliminates traditional site-based caulking, welding, and other wet trade operations.
Module-to-module connections employ adjustable interlocking joint mechanisms capable of accommodating three-dimensional construction tolerances up to ±15mm. A comprehensive defense system combining weathertightness, airtightness, and structural continuity ensures the completed assembly achieves wind load resistance meeting the industry's most stringent performance criteria. The platform readily accommodates digitally fabricated curved panels and irregular geometries, while supporting integration of intelligent building technologies such as photovoltaic coatings, switchable electrochromic glazing, and motorized ventilation dampers. These features transform the facade into an active, responsive interface capable of energy generation, adaptive solar control, and climate-responsive operation. With full digitally managed lifecycle tracking and reversible connection detailing, the system offers a repeatable, quality-controlled approach to complex architectural projects including high-rise landmarks, transportation centers, and large-scale public venues—delivering accelerated construction schedules, reliable long-term performance, and simplified future adaptation or disassembly.
