Drawing Name

BS350 Round Tube End Plate Triangular Bolt-Connected Aluminum Truss + Custom Curved Truss

Drawing File Reference

Drawing Index

Drawing Information

BS350 Triangular Bolt-Connected Truss Overview

The BS350 aluminum triangular bolt-connected truss system is designed for outdoor roof structures, canopy frameworks, and customized curved aluminum truss applications.

With a 350mm triangular profile and 50mm round tube main chords, this structure provides a balance between lightweight construction and structural stability.

The modular bolt-connected design allows straight and curved sections to be manufactured according to different project requirements, making it suitable for customized outdoor event structures.

Main Features

1. Triangular Structural Design

The triangular geometry provides:

• Improved torsional stability;

• Efficient load distribution;

• Lightweight structural performance;

• Suitable shape for curved roof applications.

2. Custom Curved Fabrication

BS350 can be manufactured into different curved configurations according to project requirements.

Available radius examples:

• R3.057m;

• R7.412m;

• R12.269m.

This allows the system to be used for:

• Curved event roofs;

• Canopy structures;

• Architectural aluminum frameworks.

3. Bolt Connection System

The end plate bolt connection provides:

• Easy transportation;

• Fast assembly;

• Flexible configuration;

• Convenient maintenance.

Structural Components

Available Specifications

Application

Outdoor Roof Structures

BS350 is suitable for:

• Temporary event roof structures;

• Outdoor canopy systems;

• Festival and exhibition structures;

• Curved aluminum roof frameworks.

Related:

Outdoor Stage Roof Systems

Custom Curved Aluminum Structures

The curved truss design can be used for:

• Architectural curved frameworks;

• Decorative aluminum structures;

• Customized event structures.

Related:

Custom Stage Production

Connection System

The BS350 system adopts a round tube end plate bolt connection method.

Advantages:

Modular Assembly

Different lengths and curved sections can be combined according to project design.

Transportation Efficiency

Bolt-connected components can be separated for easier shipping and storage.

Custom Engineering

Radius, length and configuration can be customized according to structural requirements.

Engineering Considerations

For outdoor roof structures, final design should consider:

• Overall span;

• Roof covering material;

• Wind load requirements;

• Support positions;

• Installation environment.

For large outdoor structures, engineering verification may be required according to local regulations.

Related:

Engineering Solution

Related Products

BS350 curved triangular truss can be combined with:

• Standard Lighting Truss Systems;

• Outdoor Roof Truss Systems;

• Custom Aluminum Structures;

• Event Canopy Frameworks;

• Exhibition Structures.

Related:

Connection Material System

FAQ

1. What is BS350 aluminum truss used for?

BS350 triangular aluminum truss is mainly designed for outdoor roof structures, canopy systems and customized curved aluminum frameworks.

2. What is the size of BS350 truss?

BS350 has a triangular profile with approximately 350mm width × 350mm height, using 50mm aluminum round tube as the main chord.

3. Can BS350 truss be made into curved shapes?

Yes. BS350 can be customized with different bending radiuses according to project requirements, including R3.057m, R7.412m and R12.269m.

4. What connection system does BS350 use?

BS350 uses an end plate bolt connection system, allowing easy installation and dismantling.

5. Is BS350 suitable for outdoor roof structures?

Yes. BS350 is suitable for outdoor roof and canopy applications. However, final design should consider wind conditions, roof materials and structural requirements.

Design Notice

The drawings represent standard BS350 triangular bolt-connected truss configurations and customized curved truss examples.

Actual structural performance depends on project dimensions, environmental conditions, loading requirements and installation methods.