Different construction or renovation applications require the use of different materials to achieve the best results. Choosing the right type of material may not always be easy because of the multiplicity of options to choose from and the functionality that each of these materials brings to the table. Among these types of materials is plywood. This material comes in two main types for structural and non-structural applications. If you have some structural projects in your home and you have decided to choose structural plywood (from an outlet such as F.A. Mitchell & Company Pty Ltd), you won't be disappointed because here are some of the advantages that are headed your way.
High-Levels of Uniform Resistance
Structural plywood is made by gluing together layers of wood at alternating right angles. This alternating pattern leads to a criss-cross grain within the plywood that tends to make the resistance of the material equal in all the directions.
Because of the resistance of the material in all directions within the grain, structural plywood has better non-splitting qualities. This is among the features that make it an excellent choice for structural applications. Therefore, by virtue of the criss-crossed laminations of structural plywood, this material can be screwed or nailed along the edges without the worries of it splitting.
Strength and Durability
Strength means durability. The strength of structural plywood is exceptional because of its cross-layered structure. Besides, since the material is made by gluing wood panels or sheets together, several types of hardwood can be combined to produce a very strong plywood material. In addition, the adhesives used to bond or glue together the veneers are usually very strong. This means that the structure you intend to have will last if it's made using this type of plywood.
Sometimes solid or sawn timber can be obtained in relatively narrow widths even though the lengths may be fairly long. Structural plywood comes in relatively larger sizes, which means it will be much suitable for applications that require such large sizes or any other applications that would otherwise be difficult to achieve when using sawn or solid timber.
Less Prone To Shrinkage, Warping, and Swelling
Solid wood exhibits significant changes or movements in the transverse direction to the grains, but usually negligible or limited swelling or shrinkage in the longitudinal plane. With the nature of the manufacture of structural plywood, the grains of the adjacent veneers are at right angles. This tends to balance tension or stress, reducing deformations or warping, swelling, and shrinkages.