![]() Input Data: Enter these values into the calculator fields.Gather Information: You'll need information such as the LVL beam width, depth, and the uniform load that the beam will support. ![]() Maximum Safe Span: feet How to Use the LVL Span Calculator: Overall, a 90x45 level timber pine treated with H2 treatment would be suitable for various indoor applications, such as framing, furniture construction, and other structural purposes.Enter the required information below to calculate the maximum safe span for LVL beams or joists: LVL Beam Width (inches): It is a standard treatment for indoor use where the timber is not in direct contact with the ground or exposed to weathering. H2 treatment refers to the preservative treatment used to protect the timber from fungal decay and insect attack. The timber is made from pine wood and has been treated with H2 treatment. It is commonly used in applications such as beams, columns, joists, and headers in residential and commercial construction projects.īy adhering to the Australian Standard, manufacturers ensure that their Pine LVL products meet the necessary quality and performance standards, providing a reliable and safe product for construction purposes.Ī 90x45 level timber pine treated with H2 treatment means that the timber measures 90 millimeters in width and 45 millimeters in thickness. The Pine LVL produced in compliance with the Australian Standard is known for its structural integrity, strength, and durability. It covers aspects such as the quality of the wood veneers used, the bonding requirements, the strength and stiffness properties, and the dimensional tolerances. This standard sets out the requirements for the production and grading of Pine LVL in Australia. It is manufactured in Australia according to the Australian Standard AS/NZS 4357:2005. The Pine LVL (Laminated Veneer Lumber) is a type of engineered wood product that is commonly used in construction and building industries. Its strength, stability, and sustainability make it an attractive option for builders and designers. Overall, LVL Timber is a versatile and reliable material for construction projects. It also reduces waste, as smaller pieces of wood can be used to create longer beams or columns. It is made from fast-growing trees, which means it can be produced at a faster rate than traditional lumber. In addition to its structural benefits, LVL Timber is also a sustainable choice. This makes it easier for engineers and architects to calculate load capacities and design structures with confidence. Unlike natural wood, which can vary in strength and quality, LVL Timber is manufactured to meet specific design requirements and standards. One advantage of LVL Timber is its consistent strength and structural properties. It is also used as a substitute for traditional dimensional lumber, as it can be manufactured to precise dimensions and is less prone to defects such as knots or splitting. Its strength and stability make it a popular choice for supporting heavy loads and spanning long distances. LVL Timber is commonly used as beams, headers, and columns in residential and commercial construction projects. This process creates a strong and durable material that is resistant to warping and twisting. It is made by bonding multiple layers of veneers together using resin adhesive, and then pressing them under high heat and pressure. LVL Timber is a type of engineered wood product that is used for construction and structural applications. TIMBER BEAMS & TIMBER LVL`s AUSTRALIAN STANDARD
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