
Ledger
The Ringlock Ledger is a high-performance horizontal member engineered for modern modular scaffolding. Featuring a unique rosette connection, it integrates seamlessly with standalone columns without loose parts, dramatically increasing erection speed. Manufactured from high-strength steel under rigorous quality control, it guarantees exceptional load-bearing capacity and structural integrity. For complex construction support or large-scale temporary structures, the Ringlock Ledger is your ideal solution for achieving safe and efficient operations.
Description
1. Product Overview
The Ringlock Ledger is a critical connecting component within our standalone column support system. Its wedge-shaped blade end locks securely into the rosette plate welded onto the column, creating a rigid frame. This design eliminates the need for loose bolts or nuts, making it particularly suited for large-scale projects demanding rapid deployment and the highest safety standards.
2. Design Features
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Nodal Connection: The wedge-shaped blade with an internal rocker mechanism locks securely with a hammer blow, offering high resistance to pull-out forces. 
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Material & Finish: Constructed from high-strength steel tube (e.g., S355 equivalent), ensuring superior load-bearing capacity. The hot-dip galvanized surface finish provides complete corrosion protection for use in harsh environments. 
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Modular Design: Ledgers are available in modular lengths (e.g., 0.5m, 1.0m, 1.5m, 2.0m, 2.5m, 3.0m), allowing for flexible configuration with other system components. 
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Precision Manufacturing: Automated welding ensures consistent dimensional accuracy and strength at every connection point. 
3. Technical Parameters
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Material: High-Strength Steel S355JR or equivalent 
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Tube Size: φ48mm x 3.2mm (Customize to your actual specs) 
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Surface Treatment: Hot-Dip Galvanized (Average zinc coating ≥85μm) 
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Standard Lengths: 0.3m, 0.6m, 0.9m, 1.2m, 1.5m, 1.8m,2.1m,3.0m (Custom lengths available) 
4. Primary Applications
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High-formwork support systems for building structures. 
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Support falsework for cast-in-situ bridge decks (full-access scaffolding). 
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Construction platforms for large industrial plants, airports, and stadiums. 
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Large-scale stages and lighting trusses for concerts and events. 










































