Wood Products

Glue-laminated wood, or glulam, combines multiple smaller pieces of dimensional lumber using adhesives to form a single, larger structural member. This bonding process allows engineers to create larger, stronger components from smaller wood pieces, making it ideal for applications requiring increased load capacity and span.

Cross-laminated timber consists of structural panels made from solid lumber with grain direction alternating between each layer. This perpendicular arrangement enhances the panel's strength and stability in multiple directions, distinguishing it from products like laminated veneer lumber, which bonds veneers in the same direction.

Dowel-laminated timber uses seasoned wooden dowels instead of metal fasteners to join dimensional lumber pieces side by side. This approach avoids thermal bridging associated with metal fasteners, improving the product's thermal performance while maintaining structural integrity through wood-to-wood connections and enhanced durability.

Both products bond adhesive-coated wood strands that are heat-cured under pressure to form strong, uniform panels. Laminated strand lumber uses longer strands shaped into rectangular forms, while oriented strand lumber employs shorter strands. This manufacturing process creates consistent, engineered materials suitable for structural and nonstructural applications.

Wood products are formed by bonding wood strands, veneers, lumber, and waste materials like wood shreds for structural and nonstructural applications. These diverse raw materials are combined using adhesives and fastening methods to create engineered products with enhanced strength, durability, and versatility in modern construction.

Laminated veneer lumber is manufactured by gluing together multiple layers of thin wood veneer, each as wide as the final product's depth, arranged in the same direction. This layered construction creates thick, strong members with consistent structural properties and dimensions lumber applications require.

Parallel-strand lumber is produced by arranging thin veneer strips in uniform parallel fashion before bonding and heat-curing under pressure. Unlike cross-laminated timber with alternating grain directions, parallel-strand lumber maintains consistent grain orientation throughout, creating a product optimized for directional strength and load-bearing applications.