Metal formwork structure supported by blue braces in a spacious industrial warehouse.
Metal staircase framework under construction in an industrial setting.
Construction site with metal formwork panels and scaffolding structures under a clear sky.
Steel framework and scaffolding at a construction site with high-rise buildings in the background.
Large warehouse with metal formwork panels and construction materials neatly arranged.
Metal framework structure with a rectangular opening, used for construction and formwork systems.
Metal formwork structure supported by blue braces in a spacious industrial warehouse.
Metal staircase framework under construction in an industrial setting.
Construction site with metal formwork panels and scaffolding structures under a clear sky.
Steel framework and scaffolding at a construction site with high-rise buildings in the background.
Large warehouse with metal formwork panels and construction materials neatly arranged.
Aluminum Formwork
$US $100.00 - 110.00/ Square Meter
MOQ:
50 Piece
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Specification:
Silver or grey or custom colorSilver or grey or custom color
Product details
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Essential details
MOQ:50 Piece
Product Introduction

The Aluminum Formwork System is an engineered shuttering solution for high-rise residential and commercial buildings. It utilizes extruded 6061-T6 aluminum panels with a unified support system to enable monolithic pouring of walls, slabs, and beams, delivering a smooth concrete finish and rapid construction cycles.

Key Features & Functions
  • Fast Assembly & High Reusability:The pin-and-wedge connection system allows for quick installation by semi-skilled labor, achieving cycle times of 4-7 days per floor. With a lifespan of over 300 cycles, it significantly reduces the cost per use compared to timber formwork.
  • Superior Concrete Finish:Precision-extruded components ensure tight joint tolerances, minimizing grout leakage and producing quality surfaces that often eliminate the need for plastering.
  • Lightweight & Robust:Panels weigh only 22-25 kg/m² for easy manual handling, yet offer a design concrete pressure capacity of 30-60 kN/m².
Technical Parameters
  • Material:Primary alloy 6061-T6 (Tensile Strength ≥265 MPa)
  • Panel Dimensions:Standard widths 100-600 mm (modular), thickness 4 mm, frame height 65 mm
  • Load Capacity:Designed for fresh concrete pressures up to 60 kN/m²
  • Standards Compliance:Manufactured in accordance with T/CFSA 04-2016 and JGJ386-2016
Competitive Advantages

Our system is engineered with a high percentage of universal components, maximizing cross-project reuse and minimizing custom part costs. It delivers up to 40% savings in on-site labor, accelerates project timelines, and provides a safer working environment, making it the optimal choice for contractors focused on efficiency and total cost of ownership.

Applications
  • High-Rise Residential:Ideal for shear wall structures where repetitive floor plans allow for maximum cycle efficiency.
  • Utility Tunnels:Used in underground infrastructure due to its water-resistance and dimensional stability under high lateral pressure.
  • Affordable Housing Projects:Optimized for rapid 4-day or 5-day cycle construction schedules.
  • Commercial Basements:Provides high-load support for heavy slab thicknesses and complex column geometries.
Technical Advantages
  • Dimensional Consistency:CNC-machined panels ensure a flatness tolerance within ± 3mm, achieving a plaster-free concrete surface that meets high-end finishing standards.
  • Structural Stability:The pin-and-wedge connection system maintains alignment under a concrete pouring pressure of 60KN/m², preventing joint leakage and honeycomb defects.
  • Durability & Recycling:The 6061-T6 alloy provides high corrosion resistance in humid site conditions. With a scrap value of up to 30% of the original cost, it offers superior long-term ROI compared to sacrificial timber.
  • Operational Efficiency:Weighing approximately 25kg/m², the panels are designed for manual assembly, reducing site labor requirements by 30% compared to conventional steel systems.