LVL 150 X 63 meySPAN H3V Treated
LVL 150 x 63 meySPAN H3V Treated is a heavy-duty engineered timber beam designed for structural applications requiring increased load capacity and durability. Manufactured from laminated veneer lumber with full-depth H3 treatment, it provides superior strength, termite protection and long-term stability in exposed above-ground conditions.
Benefits
• Full-depth H3 treatment for termite and decay protection
• Engineered LVL construction for consistent structural strength
• Increased 63mm thickness for enhanced load performance
• Reduced warping, twisting and shrinkage
• Suitable for exposed above-ground structural use
PRODUCT DESCRIPTION
The LVL 150 x 63 meySPAN H3V Treated is engineered to deliver high structural performance in applications where added strength and durability are required. Manufactured using laminated veneer lumber technology, multiple timber veneers are bonded under heat and pressure to create a beam with predictable load-bearing capacity and improved dimensional stability.
Featuring full-depth H3 treatment applied through every veneer layer, meySPAN H3V provides reliable above-ground protection against decay and termites without the need to re-treat cut ends on site. This makes it ideal for exposed structural applications in residential and commercial construction.
The 150 x 63 profile offers increased thickness compared to standard sections, providing enhanced load capacity and suitability for beams, bearers, floor joists, rafters and other structural framing components. Its engineered construction reduces shrinkage, warping and movement over time, ensuring straighter installations and long-term structural integrity.
Benefits
• Engineered LVL construction for predictable structural performance
• Full-depth H3 treatment for long-term termite and decay resistance
• 63mm thickness provides enhanced load capacity
• Reduced shrinkage and movement compared to traditional timber
• Suitable for beams, joists, bearers and load-bearing applications
• Designed for exposed above-ground structural use