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Category
Aluminum Alloys Mobile Scaffolding with Steel Pipes
Mobile scaffolding, also known as “movable scaffolding,” is primarily constructed of steel pipes, aluminum alloys, and other materials. These components are assembled through connectors to create a stable frame structure. Equipped with universal or fixed wheels with brakes, these temporary work platforms can be moved on level ground.
Mobile scaffolding provides a safe and stable platform for workers working at height, while also supporting loads such as tools and materials. Operating heights typically range from 2 to 15 meters (higher with custom designs). Unlike traditional fixed scaffolding (such as floor-standing or cantilever scaffolding), it eliminates the need for embedded anchors in the ground, simplifying installation and movement.
Mobile Scaffolding Advantages
Highly Flexible: The bottom wheels are equipped with brakes, making them easy to push. Simply locking the brakes during operation provides stability, allowing for easy adjustment of the working position without repeated disassembly and assembly.
Easy Installation: The components are highly standardized, eliminating the need for specialized welders. Ordinary workers can assemble them using wrenches and snaps, allowing one to two people to complete the basic frame in 30 minutes.
Highly Versatile: The number of vertical columns can be increased or decreased based on the working height (subject to regulatory requirements). Accessories such as guardrails, scaffolding, and ladders can be added to accommodate various work requirements.
Floor-Friendly: No expansion bolts or pre-buried components are required; the surface only needs to be level, minimizing damage to surfaces such as tiles and epoxy flooring.
1. Providing Workspace: This system addresses the need for standing space and tool placement during height-based work, making it particularly suitable for areas where ground-based operations are unavailable (e.g., exterior wall construction and overhead pipeline installation).
2. Ensuring Construction Safety: Protective features such as guardrails, toeboards, and safety nets prevent falls and material drop, minimizing the risks of working at height.
3. Adapting to Construction Needs: The system's structure can be flexibly adjusted based on project type (e.g., building, bridge, steel structure), operating height, and site environment to meet the requirements of diverse construction scenarios.
