The H20 timber beam features a composite structure with spruce wood used for the flanges and high-strength multi-layer plywood for the web. This combination forms a distinctive I-shaped cross-section that offers excellent structural performance. Spruce provides superior dimensional stability, while the engineered plywood contributes outstanding durability and load-bearing capacity.
Thanks to its engineered I-beam structure, the H20 timber beam demonstrates exceptional resistance to bending. The solid spruce flanges effectively handle bending stresses, while the plywood web significantly enhances the overall flexural strength. The beam can withstand a maximum bending moment of up to 5.0 kN·m, making it ideal for demanding formwork and structural applications on construction sites.
The cooperation between the multi-layer web and the spruce flanges ensures strong shear resistance. This structural synergy helps distribute and absorb shear forces efficiently, ensuring stability even under complex loading conditions. The H20 timber beam is rated for a maximum shear force of 11.2 kN, delivering dependable performance in various construction environments.