Robust Cuplock Scaffolding System Durable High Rise Building Scaffolding 48.3mm OD Tube

Cuplock Scaffolding is a robust modular system engineered for high-load applications like bridge construction, industrial maintenance, and high-rise building. Its unique cup-and-blade connection mechanism offers superior stability and faster assembly compared to traditional tube-and-coupler systems, making it ideal for projects where both speed and structural integrity are critical.

• Fast Hammer-Lock Assembly: Features forged blades on horizontals that slot into fixed cups on verticals, secured by a rotating top cup. This allows for rapid, tool-light assembly of up to four components at a node, drastically cutting labor time.
• Exceptional Load-Bearing Capacity: The rigid node connection and high-strength steel construction provide excellent vertical load transfer, making it suitable for supporting heavy concrete formwork and material hoists.
• Modular Flexibility: Standard components can be configured for straight facades, circular structures, stair towers, and large-area shoring platforms with minimal need for custom parts.
• Enhanced Safety & Durability: Hot-dip galvanized finish ensures long-term corrosion resistance, while the positive mechanical lock reduces the risk of accidental disassembly on site.

• Material: High-Tensile Steel Q345 (S355 equivalent)
• Standard Tube: 48.3mm OD x 3.2mm / 4.0mm Wall Thickness
• Cup Spacing: 500mm or 600mm intervals on verticals
• Load Capacity: Up to 55 kN per standard leg (config-dependent)
• Surface: Hot-Dip Galvanized (HDG) per ASTM A123

• Optimal Speed-to-Strength Ratio: Delivers the assembly speed of a modular system with the load capacity approaching that of ringlock, offering better value for heavy-duty straight-line projects.
• Lower Labor Cost: Significantly faster to erect than tube-and-coupler scaffolding, reducing skilled labor requirements and project timelines.
• Proven Global Standard: Widely used in international infrastructure projects, with components that are fully interchangeable and compliant with EN 12810/12811 standards.