SHAWOOD

Superior quality
driven by
customer needs The strength to withstand the worst nature can produce while maintaining superior luxury and comfort – a stress-free sanctuary to protect you and your family.
Unrivalled quality every time with the stringent quality controls of factory produced components and on-site construction.

Engineered wood with a laser-like focus on quality

SHAWOOD premium structural materials

Bringing out the strength of the wood to the fullest

SHAWOOD uses 120mm glue laminated wood as structural material for its posts and beams.
Glue laminated wood refers to construction material that glues together multiple layers of wooden boards called lamina.
This method eliminates the cracks and imperfections in the source wood, overcoming one of the disadvantages of solid wood, while bringing out the intrinsic strength of wood to its fullest.
This highly reliable structural material is used in the largest wooden domes in the world, as well as in state-of-the-art sports stadiums.

Bringing out the strength of the wood to the fullest image

Why use glue-laminated material?

Using different materials for different structural members

A building is made of posts and beams. Both have to endure different types of loads requiring different strength characteristics.
With SHAWOOD structural materials, the strength of the materials used can be tailored to suit the intended purpose and location.
By layering each thin lamina, it is possible to eliminate all imperfections in the wood, thereby maintaining strength and quality.

Using different materials for different structural members image

Structural material with consistent strength

Stable and consistent strength, thanks to rigorous strength management

Even glue laminated wood has its limits.
However, in order to guarantee consistent structural calculations, the structural material has to have consistent levels of quality, as well as consistent strength.
With SHAWOOD, each lamina is monitored for strength and graded according to its level of strength when making the beams.
By gluing together the lamina with the right levels of strength in the optimum combination, we manufacture beams with maximized strength.

*Specifications vary by country.