LVL - Laminated Veneer Lumber - comparable in strength to steel and concrete with all the flexibility and environmental benefits of wood
Wesbeam’s LVL is a lightweight, high-strength building material engineered from renewable and sustainable Western Australian plantation timbers. Our range of LVL products are designed to span further and weigh less to optimise efficiency in design and construction.
Wesbeam’s Design Centre offers an engineering and design service in the use of Wesbeam and other complementary products for residential, multi-residential and commercial structures
Over 85% of detached homes built in Australia are constructed using lightweight timber framing. LVL wall and floor framing is also experiencing rapid uptake in the new and exciting market for prefabricated buildings
Tall Timber Building Systems [TTBS] provides a range of engineered wood based solutions for commercial and multi-residential structures
Readily available and lightweight for its strength. Strong, sustainable and carbon capturing, wood is the greatest renewable resource
Wesbeam is Australia’s only LVL manufacturer and distributor - with a world class factory in Perth and next day delivery from Wesbeam distribution centres.
Tall Timber Building Systems comprise a range of element types that, in combination, can construct almost any building type or form
Efficient structural solutions can be created by combining Wesbeam Tall Timber Buildings System elements based on building typology, form and available third-party fabrication capacity.
Elements shown below are for illustrative purposes only. They represent typical structural components such that will be manufactured upstream from Wesbeam by prefabricators using either Wesbeam e-beam or e-slab products.
The Wesbeam Tall Timber Building Systems design team can assist with detailed design advice on sizing and element types specifically for your project as well as connect you to prefabricators in your area.
Contact the team today to learn more
Hollow LVL box column elements suitable for low and mid-rise open plan multi-storey buildings up to eight storeys.
Efficient use of materials
Imbed in walls of free standing
200 x 200
300 x 300
400 x 400
Fire Grade Plasterboard cladding as required to meet FRL.
Check with plasterboard manufacturers for FRL specification.
Solid LVL column elements suitable for low, mid-rise and high-rise open plan multi-storey buildings.
High strength to weight ratio
Expressed timber face
Efficient fire performance
200 x 252 (63mm x 4)
400 x 378 (63mm x 6)
600 x 567 (63mm x 9)
Expressed face with Char factor or Fire Grade Plasterboard cladding as required to meet FRL.
LVL Box Beam elements can be used as floor beams, band beams and ring beams and portal frames. Top and bottom flanges are typically 63mm thick and webs typically 45mm to 63mm thick. They range from 300mm to 1200mm deep depending on span, load, services requirements and architectural intent.
6.2m x 400 x 189
7.2m x 600 x 189
8.2m x 800 x 189
9.2m x 1200 x 189
LVL Mass Beam elements can be used in as floor beams, band beams and ring beams and portal frames. Beams are comprised of laminated LVL lamella flanges from 300mm to 1200mm deep depending on span, load, services requirements and architectural intent.
Lightweight LVL cassette or box floors are suitable for use in all cellular type multi residential projects. Cassettes are nominally 1.2m wide and can economically span five to nine meters. Thicknesses range from 100mm to 300mm subject to span and design loads.
Efficient use of materials
(subject to load calculations)
Massive (Solid) LVL floor elements suitable for use where additional horizontal bracing is required. Timber element thicknesses range from 90mm to 280mm subject to span and design loads. Each panel element comprises multiple lamellas of LVL billet / slab. Diaphragm action can be achieved through fixing design from element to element and from element to beam.
LVL frame wall elements suitable for cellular construction such as multi-residential buildings up to six storeys.
Massive / Solid LVL wall elements suitable for all cellular type multi-storey buildings, and as stair and service shafts.