A Hard-Core Breakthrough | Tianqu Creates a New Paradigm for Single-Sided Aluminum Formwork Construction
Amidst the construction industry's pursuit of high-efficiency, high-quality construction, Tianqu Aluminum Formwork, driven by technological innovation, has achieved another breakthrough in a Shenzhen project: successfully implementing single-sided formwork using an aluminum formwork system with large horizontal panels for basement exterior walls. This initiative breaks the limitations of traditional basement formwork systems, paving a new path for the evolution of single-sided formwork construction methods for aluminum formwork in my country and for the integration of both above- and underground aluminum formwork.
Amidst the construction industry's pursuit of high-efficiency, high-quality construction, Tianqu Aluminum Formwork, driven by technological innovation, has achieved another breakthrough in a Shenzhen project: successfully implementing single-sided formwork using an aluminum formwork system with large horizontal panels for basement exterior walls. This initiative breaks the limitations of traditional basement formwork systems and paves a new path for the evolution of single-sided formwork construction methods for aluminum formwork in my country and for the integration of both above- and underground aluminum formwork.
Traditional basement formwork construction is often plagued by complex processes, low efficiency, and insufficient structural stability. Tianqu's aluminum formwork system's single-sided formwork technology, driven by large horizontal panels, offers a new, scientifically efficient solution for basement exterior wall construction, transforming basement construction from a "stumbling block" into a "highlight project." To ensure the implementation of this technology, Tianqu Aluminum Formwork utilizes five core technologies to precisely address construction challenges:
1.Large Panel Zero Sand Line Technology: Optimizes aluminum formwork design to enable flexible disassembly and assembly of large panels, reducing sand lines, improving construction accuracy, and reducing subsequent wall surface treatment.
2 .Internal Corner Anti-Floating Formwork Technology: Addressing the inherent challenges of internal corners, this special design resists concrete buoyancy, prevents displacement and deformation, and ensures structural stability and aesthetics.
3. Guide Wall Panel Assembly Method: Replaces distributed construction with integrated guide wall panel assembly and installation, reducing steps and time, improving efficiency, and mitigating safety risks.
4. Triangular Platform Aluminum Formwork Node High-Hanging Method: Innovative high-hanging fixed nodes enhance stability and load-bearing capacity, optimize operating space, and improve construction safety and efficiency.
5. Exterior Wall Special-Shaped Structure All-Aluminum Formwork One-Shot Forming Technology: Customized aluminum formwork enables the casting and forming of special-shaped structures in a single pass, eliminating the need for secondary processing, ensuring precision and aesthetics, and shortening the construction cycle.
The synergistic application of these five core technologies has yielded significant results. On the one hand, this simplifies the reinforcement system, effectively streamlining the construction process and reducing operational complexity for construction personnel. On the other hand, it significantly improves wall flatness and structural stability, eliminating unevenness, cracks, and other quality issues. The structure's load-bearing capacity and resistance to deformation are also significantly enhanced. While improving overall aesthetics and structural quality, construction efficiency has also achieved a qualitative leap, truly achieving a triple breakthrough in quality, efficiency, and safety.