LVL F17/E14 H2S 200×45
Price range: $15.50 through $93.00 + GST
LVL F17/E14 H2S 200×45 is a structural timber used across a range of building jobs. It’s a practical choice for beams, lintels, bearers and framing in homes and light commercial projects.
Specifications
- Treatment: H2S
- Australian Standards
- Fast Delivery
- Full Documentation
It is designed to provide reliable structural support with consistent strength and stability for a range of construction applications.
- Made from bonded timber veneers to give the beam consistent strength from end to end.
- F17/E14 rated for structural building work.
- The 200 × 45 mm profile works well for beams, lintels, bearers and general framing.
- H2S treated for added protection against termites and wood-boring insects.
- Stays straighter than regular solid timber, with less twisting and bowing.
- A good fit for new homes, extensions, renovations and other framing jobs.
- Use the relevant span tables or engineering requirements when choosing the right size for the job.
Applications
- Beams
- Lintels
- Floor bearers
- Roof framing
- Rafters
- House framing
- Extensions and renovations
- New home builds
- Light commercial work
| Length | 200×45 (1.0 LM), 200×45 (5.4 LM), 200×45 (6.0 LM) |
|---|---|
| Treatment | H2S |
| Grade | F17/E14 |
Frequently Asked Questions
LVL comes in a range of thicknesses, depths and lengths to suit different structural jobs — exact options depend on the supplier and what your project needs.
LVL selection depends on the exposure conditions; suitable treatment and protection requirements should be considered before using it in external applications.
Standard LVL is not automatically termite resistant; termite protection depends on the treatment specification of the product and installation environment.
LVL is designed to have greater dimensional stability than traditional solid timber, reducing issues such as twisting and warping.
Yes, in a lot of structural jobs, LVL can take the place of traditional timber beams, as long as you use the right size and meet the engineering requirements.
It depends on your project’s structural needs, things like the span, the loads it’s carrying, and the engineering specs.
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