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EWP vs Steel

Engineered Wood Products can provide a lighter, more practical structural alternative to steel in selected applications, helping improve buildability, handling and design efficiency.

Material Comparison

Steel has an important role in construction, but it is not always the most efficient or practical solution for every structural requirement. In many residential, townhouse, roof and floor applications, engineered timber can provide the strength and performance required while reducing unnecessary weight and installation complexity.

With early design input, Wesbeam LVL and LVL I-joist systems can help project teams reduce reliance on steel, simplify structural layouts and deliver more efficient build outcomes.

Lighter to Handle on Site

EWP is often easier to lift, move and install than steel members. This can help reduce manual handling complexity and support safer, faster construction processes.

Simpler Installation Pathways

Timber systems can often be installed using familiar carpentry methods and standard building processes. This can reduce coordination challenges compared with steel-intensive solutions.

Opportunities to Reduce Unnecessary Steel

With early Structural Engineering + Design Division involvement, Wesbeam can help identify where LVL and e-joist may reduce or replace unnecessary steel in floor, roof and wall systems.

Practical Connection Detailing

Wesbeam LVL products support strong and efficient timber connections, making them well suited to structural systems where buildability and detailing are critical.

A Renewable Structural Alternative

EWP is manufactured from timber, a renewable resource. When responsibly sourced and correctly specified, engineered timber can support lower-carbon construction goals and more sustainable building choices. Wesbeam can help you review floor, roof and structural layouts to identify where engineered timber may deliver a smarter solution.
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