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Galvanized Movable Scaffolding System EN 12811 ANSI A10 8 AS NZS 1576
| MOQ: | 100 PCS |
| Price: | $60-200 |
| Standard Packaging: | Bundles |
| Delivery Period: | 5-15 days |
| Payment Method: | T/T in advance |
| Supply Capacity: | Excellent |
Galvanized Movable Scaffolding System
,EN 12811 Movable Scaffolding System
,ANSI A10 8 Scaffolding Movable
Heavy-Duty Galvanized Disk-Coupling Scaffolding is a high-performance construction solution engineered for large-scale, high-load projects such as high-rise building construction, industrial plant erection, bridge engineering and heavy equipment maintenance. Constructed from high-strength Q235/Q355 carbon steel, this scaffolding system boasts exceptional load-bearing capacity—supporting up to 8kN per standard node—and superior structural rigidity, fully complying with international safety standards including EN 12811, ANSI A10.8 and AS/NZS 1576 to ensure stable and safe on-site operations even under extreme working conditions.
Its full hot-dip galvanization treatment is a key advantage: every component, from main tubes to disk couplings, undergoes strict galvanization processes, forming a dense and wear-resistant zinc coating. This coating effectively resists rust, moisture, chemical corrosion and harsh outdoor weather (such as coastal salt spray and low-temperature freezing), extending the service life by 4-6 times compared to ordinary scaffolding and minimizing long-term maintenance and replacement costs. The precision-machined disk-coupling connection design ensures quick and secure assembly—no complex tools are required, reducing on-site installation time by 45% and significantly improving construction efficiency.
With a flexible modular structure, the scaffolding can be freely adjusted in height, width and layout to perfectly adapt to irregular construction sites and diverse project needs. Ideal for professional contractors, large construction enterprises and engineering teams, our Heavy-Duty Galvanized Disk-Coupling Scaffolding integrates durability, safety and efficiency, providing reliable support for the smooth progress of heavy-load construction projects and helping users maximize project benefits.
