E14 90X45 LVL AS/NZS4357 Timber Beam Structure Plywoods for Building Use Australian Standard

E14 90X45 LVL AS/NZS4357 Timber Beam Structure Plywoods for Building Use Australian Standard - Image 2

E14 90X45 LVL AS/NZS4357 Timber Beam Structure Plywoods for Building Use Australian Standard - Image 3

Australia AS/NZS4357.0 LVL Concrete Formwork Lumber, 45x300mm

E14 90X45 LVL AS/NZS4357 Timber Beam Structure Plywoods for Building Use Australian Standard - Image 5

E14 90X45 LVL AS/NZS4357 Timber Beam Structure Plywoods for Building Use Australian Standard

It can be used in concrete formwork support structures, such as joists, beams, purlins, and columns.

It is also suitable for edge slabs in concrete formwork frame projects and for cladding residential floor slabs.

It is painted with “safety yellow/red/blue” for easy identification.

Category: LVL Beam Tags: and resistance, Beam Pressure, durability, F17 larch LVL, Lvl Beams, LVL Building, rafters. Compared, strength, structural applications, Structural Laminated Veneer Lumber, such as beams, Treated LVL Timber, warping and torsion.

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Description

LVL Laminated Veneer Lumber for Construction Outdoor Structural Beams

1. The sealant provides short-term moisture protection during the application phase.

2. The sealant provides short-term moisture protection during the application phase.

3. Durable and long-lasting, with natural chemical resistance.

Structural LVL Engineered Wooden Beams / Larch Pine LVL for Construction AS/NZS 4357 Australia Standard LVL Timber Structural Larch LVL Formwork

Pine LVL is a high-performance, more sustainable timber alternative used in beams and columns for structural applications, bearing heavy loads with minimal weight. Manufactured in a controlled environment, pine LVL is straighter, stronger, and more uniform than milled timber, and more stable and reliable than dimensional lumber because it does not warp, deform, or shrink over time.

F17 larch LVL (laminated veneer timber) beams are engineered wood products commonly used in structural applications such as beams and rafters. Compared to solid wood, they are renowned for their strength, durability, and resistance to warping and torsion.