Aluminum alloy formwork (referred to as aluminum formwork) is a new-generation rapid-stripping formwork system manufactured from high-strength extruded aluminum alloy profiles. As a revolutionary product replacing traditional timber formwork and steel formwork in modern building construction, aluminum formwork enables "one-time integral pouring" of structural components such as walls, columns, beams, slabs, staircases, and balconies, making it the core technical equipment for creating green, high-quality buildings.
Core System Components
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Formwork Panel System: Includes wall formwork, column formwork, beam formwork, and slab formwork (deck panels), providing a smooth concrete forming surface.
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Support System (Early-Stripping System): Equipped with adjustable steel props and vertical supports, featuring a "rapid-stripping" design that requires only a single support prop to be retained, allowing all other formwork to be stripped early and rotated for reuse.
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Fastening System: Comprises waling beams (square tubes), tie rods/tie plates, pins, and pin wedges, used to lock opposing formwork panels and withstand lateral concrete pressure.
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Accessory System: Includes corner connectors, internal and external corner molds, working platforms, and access ladders, ensuring a tight and seamless overall assembly.
Key Product Advantages
| Advantage Dimension | Detailed Description |
| Extremely High Construction Efficiency | Utilizes standardized pin-and-wedge connections for ultra-simple assembly, and with the rapid-stripping system, achieves an exceptional construction pace of "one floor every 4-5 days." |
| Superior Formed Surface Quality | Tight joints prevent mortar leakage, resulting in smooth and clean concrete surfaces after pouring that meet the "plaster-free" measurement standard, significantly reducing downstream finishing costs. |
| High Turnover Cycles | Manufactured from high-strength aluminum alloys such as 6061-T6, offering strong resistance to deformation, with turnover cycles exceeding 300 times under standard usage conditions. |
| Safe and Eco-Friendly Construction | All components are manually handled for easy transport, eliminating the need for large-scale mechanical lifting; no sawdust waste is generated on site, and the material retains high residual value (scrap aluminum recovery rate of 80%+). |
Typical Application Scenarios
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High-Rise/Super High-Rise Residential Projects: Residential projects with high structural standardization and multiple standard floors.
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Large-Scale Public Buildings: Concrete structures requiring extensive continuous construction, such as utility tunnels, complexes, and large industrial plants.
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High-Quality Plaster-Free Projects: Premium projects with strict requirements for on-site safety, cleanliness, and concrete surface flatness.
