Glulam Beams UK
Glulam beams are engineered timber beams designed for strength, durability, and long-span structural performance. These laminated timber beams are widely used in residential, commercial, and public buildings across the UK, particularly in roof structures, sports halls, and bridges where large spans are required.
Glue laminated timber provides excellent structural capacity while maintaining the natural appearance of wood. Architects and engineers often choose engineered timber beams because they combine reliable load-bearing performance with attractive architectural design. Custom manufacturing also allows designers to create large open interiors and distinctive structural features.
At Dunscar Timber Engineering, we have been manufacturing structural timber products for over 50 years. During this time, we have developed extensive expertise in timber engineering and structural design. Our team provides full design and supply services for laminated timber structures across the UK, supporting architects, contractors, and developers on a wide range of construction projects.
Glulam is also a sustainable building material. As a renewable engineered timber product, it offers an environmentally responsible alternative to steel or concrete while maintaining excellent strength and versatility for many structural applications.
Curved Glulam Beams
Curved glulam beams provide architects with greater design flexibility than traditional solid timber beams. These engineered structural elements allow designers to create sweeping rooflines, large open interiors, and visually distinctive architectural forms.
During production, the thickness of each laminated timber layer is carefully controlled to achieve the required curvature. Thinner laminations bend more easily, allowing tighter curves and more complex shapes. By precisely positioning each layer, manufacturers can produce consistent and accurate curved timber structures.
Curved glulam beams combine structural performance with architectural freedom. As a result, they are widely used in modern construction projects such as sports facilities, public buildings, and commercial developments where both strength and visual impact are important.
