Beam

Glued Laminated (Glulam) beam is a highly versatile engineered wood product widely used in construction due to its strength, durability, and design flexibility. Glulam is made by bonding multiple layers of wood laminations (lamellas) with durable adhesives, creating strong structural components.

Application

1. Structural Components

• Beams: 
  
  • Used in residential, commercial, and industrial construction for load-bearing applications.
    
  • oIdeal for long spans in bridges, roofs, and floors without the need for intermediate supports.
• Frames:
  • Creates the framework for buildings, including portals, arches, and trusses.

2. Architectural Design

• Curved and Custom Shapes:
  • Offers flexibility to create curved or complex geometries for iconic designs.
  • Used in structures like domes, vaulted roofs, or unique façades.
• Exposed Elements:
  • Often left exposed to showcase the natural beauty of wood, enhancing interior and exterior aesthetics.

3. Bridges

• Pedestrian Bridges: Glulam is ideal for lightweight yet durable bridge structures.
• Vehicular Bridges: Used for load-bearing bridges with weather-treated glulam for outdoor durability.

4. Roof Systems

• Large Span Roofs: Common in sports arenas, auditoriums, and warehouses where large, open spaces are required.
• Residential Roofs: Used in homes for stylish, open roof structures with visible beams.

Advantages of Using Glulam in Applications

• High Strength-to-Weight Ratio: Supports heavy loads and long spans while being lighter than steel or concrete.
• Sustainability: Made from renewable wood resources and can contribute to green building certifications.
• Aesthetic Appeal: Combines structural functionality with natural beauty.
• Fire Resistance: Charred outer layers insulate the core, delaying structural failure during fires.
• Durability: When properly treated, it resists moisture, decay, and insects.