Description
Why choose the asterix alloy beam?
As a staple in modern scaffolding setups, the 750mm Asterix Alloy Beam stands out for its robust design and adaptability. Whether you’re working on small repairs or large-scale builds, these beams integrate seamlessly with standard scaffolding components, offering enhanced stability without the bulk of steel alternatives. Available in 1m, 2m, 3m, 4m, 5m, and 6m options, you can select the exact length to minimise waste and maximise productivity. Backed by rigorous testing, it’s a trusted choice for contractors who value quality and ease of use in demanding environments.
Specifications
| Specification | Details |
|---|---|
| Material | High-strength aluminium alloy, extruded for optimal durability |
| Depth | 750mm |
| Available Lengths | 1m, 2m, 3m, 4m, 5m, 6m |
| Weight (by Length) | 1.0m: 8.5kg2.0m: 15kg3.0m: 21.6kg4.0m: 28.2kg5.0m: 35kg6.0m: 42kg |
| Load Capacity | Up to 12kN/m uniformly distributed load* |
| Profile | Lattice-style design for reduced weight and improved rigidity |
| Connections | Compatible with standard scaffold fittings and couplers |
| Finish | Natural aluminium with corrosion-resistant properties |
These specs ensure the beam meets the needs of diverse applications, from simple platforms to complex bridging.
Typical applications
The 750mm Asterix Alloy Beam excels in scenarios where strength meets portability. It’s commonly used for:
- Bridging voids in scaffolding systems during building maintenance or renovations.
- Supporting temporary walkways or platforms on construction sites.
- Creating suspended access solutions for industrial inspections or event setups.
- Enhancing stability in shoring and formwork for concrete pours.
- Integrating into handrail systems or edge protection barriers for heightened safety.
Its lightweight nature makes it a favourite for urban projects where space and transport are limited.
Safety and compliances
Safety is at the core of the Asterix design. Each beam undergoes rigorous quality checks to prevent failures, with built-in features such as anti-slip surfaces and secure connection points. It complies with BS EN 12811-1 standards for temporary works equipment, ensuring it withstands real-world stresses. Always inspect beams before use, follow the manufacturer’s guidelines for spans and loads, and pair them with appropriate guardrails. These beams are certified for use in the UK and EU, promoting worker protection and site compliance.
Frequently asked questions (FAQ's)
What makes the Asterix Alloy Beam lighter than steel options?
It’s made from a premium aluminium alloy that cuts weight by up to 50% while maintaining comparable strength, making it easier to manoeuvre without sacrificing performance.
Can I use this beam with my existing scaffolding?
Yes, these beams are designed to connect seamlessly with standard couplers and tubes, so it fits right into most systems without needing adapters.
What's the maximum span for a 6m beam?
Depending on load, it can span up to 6m safely, but always consult load tables or an engineer for your specific setup to ensure compliance.
Is it suitable for outdoor use in wet conditions?
Yes, these beams are made from corrosion-resistant aluminium and hold up well in harsh weather, but regular cleaning and storage in dry areas will extend their lifespan.
How do I choose the correct length for my project?
Measure the gap you need to bridge and add a safety margin. Shorter lengths like 1m or 2m work for tight spots, while 5m or 6m suit larger spans.
What load can the Asterix Alloy Beam safely support, and what are the maximum spans?
These beams comply with BS EN 1999-1 standards (with 1.0m restraints), offering a permissible bending moment of 41.3 kNm and permissible shear of 23.7 kN. It’s fully compatible with standard X-beam setups, but note that its capacity is not equivalent to that of higher-rated X-beams. Loads should always be applied at node points for best performance, and maximum point loads are limited (e.g., around 15-29.5 kN in some configurations based on similar alloy beams). For your specific span, configuration, and load type, consult a qualified scaffold designer or engineer and refer to site-specific calculations or load tables, never exceed recommended limits to ensure full compliance and safety.





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