LVL 300 X 63 meySPAN H3V Treated
LVL 300 x 63 meySPAN H3V Treated is a heavy-duty engineered structural beam designed for long-span and high load-bearing applications. Manufactured from laminated veneer lumber with full-depth H3 treatment, it delivers superior strength, termite protection and long-term durability in exposed above-ground environments.
Benefits
• Full-depth H3 treatment for termite and decay protection
• Engineered LVL construction for consistent structural strength
• 300mm depth suitable for extended span applications
• 63mm thickness provides enhanced load capacity
• Reduced warping, twisting and shrinkage
• Ideal for exposed above-ground structural use
PRODUCT DESCRIPTION
The LVL 300 x 63 meySPAN H3V Treated is engineered to provide maximum structural performance in applications requiring significant span capability and load capacity. Manufactured using laminated veneer lumber technology, layers of timber veneers are bonded under heat and pressure to create a beam with predictable structural reliability and improved dimensional stability compared to traditional solid timber.
Featuring full-depth H3 treatment through every veneer layer, meySPAN H3V provides dependable above-ground protection against termites and decay. This eliminates the need to re-treat cut ends on site and ensures long-term durability in exposed structural environments.
The 300 x 63 profile offers increased thickness and depth, making it suitable for major load-bearing elements including beams, bearers, floor joists, rafters and structural framing components where extended spans and higher loads are required. Its engineered construction significantly reduces shrinkage, twisting and movement over time, resulting in straighter installations and improved long-term structural integrity.
Benefits
• Engineered LVL construction for predictable structural performance
• Full-depth H3 treatment for long-term termite and decay resistance
• 300mm depth supports long-span structural applications
• 63mm thickness delivers enhanced load capacity
• Reduced movement compared to traditional timber
• Suitable for beams, joists, rafters and heavy structural framing
• Designed for exposed above-ground structural use