Used with scaffolding and formwork system.
Used with scaffolding and formwork system.
Used with scaffolding and formwork system.
Our aluminium beams are engineered to deliver superior performance on the job site, offering a range of practical advantages that enhance safety, efficiency, and cost savings.
1.Safer by Design
Wider flanges improve stability and resist overturning, helping to reduce accidents and workplace injuries. Fewer incidents mean less downtime and lower insurance costs.
2.Stronger Materials
Manufactured from premium 6351-T6 structural aluminium alloy—stronger than standard 6061-T6—our beams feature reinforced side flanges that resist deformation and firmly hold beam clips. Less repair work means more time focused on productivity.
3.Faster Assembly
Bevelled T-bolt slots make alignment quick and easy, speeding up the installation process and helping teams respond swiftly to project delays or changes.
4.Versatile and Cost-Effective
Designed with built-in flexibility, our beams accommodate wood and plastic inserts for securing plywood decking. The hollow design also allows for 2×4 or 2×6 extensions, reducing the need for additional inventory. These beams are reusable, durable, and easier to store and transport, ultimately lowering project costs.
5.Optimized for Productivity
12mm (½”) T-bolt slots make fastening beams and stringers simple and secure. Your crew can work more efficiently, with reduced labour costs reflected directly in your project’s bottom line.
Aluminum beams (Aluminum alloy I-beams) are engineered to provide reliable structural support in construction projects. Designed to withstand significant loads, these beams enhance the overall stability and safety of buildings while offering the benefits of lightweight, corrosion-resistant material. If you are looking for a reliable aluminium scaffold beam manufacturer, GOWE is your best partner. Our aluminum beams are extruded from heavy-duty 6351-T6 aluminum alloy. They are widely used across various shoring and formwork applications, including slab, beam, and column formwork, as well as suspended scaffolding and wide-span working platforms.
Aluminium Beam -185 (Primary)
The Aluminium I Beam for Table H20 is primarily used as a main support beam in slab formwork table systems. Despite its lightweight structure, it delivers heavy-duty load capacity, making manual handling on-site effortless while significantly improving construction efficiency.
Applications: Slab concrete pouring, table formwork systems.
Key Advantage: Long service life with high resistance to deformation under repeated heavy loads.
| Height | Width | Thickness | Weight/M | Material | Tensile Strength |
| 185mm | 100mm | 5.1mm | 6.354kg | 6351-T6 | 300Mpa |
| Elongation | Yield Strength | Elasticity Modulus | Inertial Strength | Modulus of Section | Inertial Moment |
| 17.5 | 270Mpa | 70300N/mm2 | 6035000N/mm4 | 136000mm3 | 12620000mm4 |
Aluminium Beam -140 (Secondary)
The Aluminium Beam is a high-strength structural beam designed specifically for demanding formwork and shoring systems. It provides an optimized strength-to-weight ratio, ensuring maximum safety and easier manual operation during setup.
Applications: Wall, column, slab, and complex table formwork.
Key Advantage: Excellent structural stability and total corrosion resistance.
| Height | Width | Thickness | Weight/M | Material | Tensile Strength |
| 140mm | Up 82mm Bottom 89mm |
3.1mm | 4.6kg | 6351-T6 | 310Mpa |
| Elongation | Yield Strength | Elasticity Modulus | Inertial Strength | Modulus of Section | Inertial Moment |
| 11.5 | 260Mpa | 70300N/mm2 | 6035000N/mm4 | 64000mm3 | 40600mm4 |
