Overview: The H20 beam is a standardized lightweight structural timber element widely adopted in modern construction formwork systems. As an eco-friendly replacement for traditional solid wood battens and steel keels, it is engineered for cyclic formwork operations and modular building projects, delivering consistent performance in repetitive construction scenarios.
Structural Characteristics: The beam features a stable I-shaped composite structure, composed of high-strength solid wood flanges and waterproof plywood webs. Bonded with eco-friendly adhesive and treated with high-temperature drying and anti-deformation processing, the integrated structure ensures high structural stability, uniform load distribution and precise dimensional accuracy. It effectively avoids bending, warping and deformation commonly found in ordinary solid wood materials.
Core Product Advantages: H20 beams combine light weight with high load capacity and excellent rigidity, greatly lowering labor intensity and accelerating on-site construction. The product supports high turnover cycles of over 30 times, significantly reducing material costs and construction waste. With professional waterproof, anti-corrosion and flame-retardant treatment, the beams maintain stable performance under complex site conditions. Standard dimensions and smooth surface finishes further improve construction quality and meet international green building requirements.
Application Scenarios: H20 wooden beams are applicable for wall, slab, beam and climbing formwork systems. They fit diverse construction projects including residential buildings, commercial facilities, public infrastructure, industrial plants, water conservancy and bridge engineering. Suitable for low-carbon domestic construction and large overseas infrastructure projects across the Middle East, Southeast Asia and Europe, they serve as core materials for standardized and prefabricated construction.
Application Scenarios: H20 wooden beams are applicable for wall, slab, beam and climbing formwork systems. They fit diverse construction projects including residential buildings, commercial facilities, public infrastructure, industrial plants, water conservancy and bridge engineering. Suitable for low-carbon domestic construction and large overseas infrastructure projects across the Middle East, Southeast Asia and Europe, they serve as core materials for standardized and prefabricated construction.
