About Aluminium Bridge Scaffolding
Maintaining sky-rise bridges is not an easy task. For repairing, painting and performing other tasks to maintain bridge, solid scaffolding, which can carry weight of workers and materials needed for maintaining work, is required. Sufficing needs of buyers pertaining to the same, we make available Aluminium Bridge Scaffolding. This heavy duty scaffolding is made in finest aluminium. Aluminium Bridge Scaffolding comes attached with four ladders and eight wheels, which makes it a perfect solution for maintaining bridges, even those which are at great height.
Robust Design with Superior SafetyEngineered with rectangular frames and rounded edges, this bridge scaffolding prioritizes both user safety and ease of mobility. The 50 mm diameter welded aluminium tubes, 1.20 m wide platform, and fixed top plate prop head provide a sturdy base. Guard rails and toe boards help prevent accidents while the non-slip chequered platform material ensures secure footing in varied conditions.
Easy and Rapid AssemblyThis scaffolding system is designed for quick setup, with each unit taking only 10-15 minutes to assemble using lock pins, clamps, and modular components. The lightweight construction (about 45 kg per bridge unit) further facilitates effortless transport and installation by a small team, enabling more efficient project turnover without requiring specialized assembly skills.
Adaptable to Diverse EnvironmentsWith an operating temperature range of -30C to +60C and corrosion-resistant anodized finish, this bridge scaffolding is ideal for both indoor and outdoor environments. Its modular sections allow custom spans, and it complies fully with EN 1004 and IS 4014 standards. Applications include construction, maintenance, and industrial access, making it an asset for various industries.
FAQ's of Aluminium Bridge Scaffolding:
Q: How is the Aluminium Bridge Scaffolding assembled and what tools are needed?
A: The scaffolding is assembled using modular sections connected via pins and clamps, which are included in the set. No specialized tools are required; the lock pin system simplifies setup, allowing each unit to be erected in just 10-15 minutes by a small crew.
Q: What is the maximum span and weight capacity of this scaffolding system?
A: By connecting multiple bridge units, you can achieve a maximum span of up to 6 meters. Each platform is rated to support a maximum loading capacity of 200 kg per square meter, providing robust support for workers and materials.
Q: When should I choose this aluminium bridge scaffolding over traditional options?
A: Choose this scaffold when you require a lightweight, quick-assembly, and corrosion-resistant access solution that can be customized for various tasks. It's particularly suited for jobs needing rapid setup, use in harsh or variable climates, or where compliance with EN 1004 and IS 4014 is mandatory.
Q: Where can this bridge scaffolding be used safely?
A: It is designed for both indoor and outdoor environments, operating reliably from -30C to +60C. Its anodized surface resists corrosion, making it suitable for construction sites, industrial maintenance, factories, and other settings across India.
Q: What are the key safety features included in the design?
A: Safety is ensured with 1.00 m high handrails, 150 mm toe boards, a fixed top plate, and robust 50 mm diameter frame tubes. The non-slip chequered aluminium platform further enhances user safety during use.
Q: How does this scaffolding benefit construction and maintenance operations?
A: Its quick assembly, lightweight structure, and modular design save time and labor costs. The customization options and compliance with international safety standards mean safer, more efficient access for a variety of industrial tasks.
Q: What maintenance is required for the Aluminium Bridge Scaffolding?
A: Minimal maintenance is needed due to its anodized and corrosion-resistant surface. Regular visual inspections are recommended to ensure all locking pins and clamps remain secure and that no structural parts are damaged before use.