Details

Aluminum Alloy Formwork Reinforcement System refers to a series of strengthening measures and components employed during the installation of aluminum formwork to ensure its stability and load-bearing capacity. The system typically includes reinforcement members such as back ribs, tie rods, tie plates, and connecting strips (comprising the middle section, reinforced zone, and end connectors of the strip), as well as support components like support frames.

Its features include:

• High-Strength Structure: Combines high-strength aluminum alloy profiles with steel walers, increasing load-bearing capacity by over 50%

• Precision Positioning: Standardized hole design and modular components enable millimeter-level assembly accuracy

• Rapid Assembly & Disassembly: Pin-based connection system improves efficiency by 40% compared to traditional bolted methods

• Full-Cycle Adaptability: BIM-compatible pre-layout supports complex node construction for walls, columns, and beams

The Aluminum Alloy Formwork Reinforcement System represents a significant technological advancement in modern construction. This integrated system combines aluminum panels with steel waling frames and heavy-duty steel props to ensure precise positioning and stable support. It effectively resists the lateral pressure of wet concrete while maintaining dimensional accuracy, guaranteeing the quality of the finished concrete structure through its robust mechanical performance.

Application

Aluminum Alloy Formwork Reinforcement System is a high-performance, quality-driven, and sustainable solution for modern construction. It is particularly well-suited for high-rise residential buildings, standardized projects, and developments requiring high-quality concrete finishes.

• Super High-Rise Buildings

• Prefabricated Construction

• Industrial Facilities

• Public Buildings

• Special Conditions

The Archipower reinforcement system integrates structural innovation with digital technology, delivering triple value through precision construction, cost control, and green transformation—making it the preferred solution for modern construction projects.