Outstanding features

  • Ability to maximize usable area due to not being divided by pillars
  • Ability to span up to 120m
  • Good load-bearing capacity and flexibility in design
  • Saving material costs and construction time

The cantilever truss is a special structural solution in pre-engineered steel buildings, widely applied in constructions that require large interior spaces such as factories, warehouses, shopping centers, sports venues, and other industrial projects. With the design characteristic of not using intermediate supporting columns, this cantilever truss system helps optimize the usable space inside.

The load-bearing supporting structures of projects utilizing cantilever trusses are often integrated into the walls and are larger than normal to withstand the tension from the roof. The truss network is carefully assembled to evenly distribute the weight onto the walls to avoid sagging in the center. Lightweight yet high-strength construction materials are preferred to enhance the strength and durability of the structure without unnecessarily increasing the load.

Cantilever trusses are typically made from high-strength steel, enabling the structure to withstand large loads, ensuring durability and safety for the entire project. The cantilever truss system has the ability to span large distances, up to 120m or more, which helps minimize the number of supporting columns and maximizes effective usable space. Additionally, installing cantilever trusses is also easier compared to systems with multiple supporting columns, thanks to the simple design and flexible connection structure.

With the design characteristic of not using intermediate supporting columns, this truss system helps optimize the interior usable space. This allows for easy movement of machinery, goods, and flexible arrangement of production lines without being obstructed by columns. Notably, this solution is suitable for projects requiring large open spaces and high flexibility during operation.

Cantilever trusses not only provide convenience in design and functionality but also help save construction costs, reduce construction time, and enhance the aesthetics of the project. This makes this solution increasingly popular among businesses and contractors in the modern construction industry.