There are many different types of composite wood, but the most popular types are plywood, oriented strand board, particleboard, and fiberboard. These all provide a durable, affordable, and environmentally friendly alternative to traditional wood products. Let’s take a quick look at what each of these materials is made up of.
Different Types Of Composite Wood
If you’re looking for a material that provides both strength and style, you need to understand the many benefits of composite wood. Composite wood comprises a combination of different wood types and composite materials that are glued with each other. This mix allows it to be both sturdy and stylish.
If you want your next high-end furniture piece to be built out of composite, try out some of these types:
Glulam Timber
Glulam timber consists mainly of pine trees, but they also mix in cedar or fir for aesthetic appeal. The high density of the wood gives it a substantial weight, which makes it stable. The attractive brown color is then achieved by mixing different wood types along with the pine. The resulting mix is a heavy wood that offers solid support for furniture.
Plywood
Plywood is made out of thin sheets of wood arranged crosswise and lengthwise to make up two layers. With composite lumber, you can add a third layer which will be any kind of wood. This will enhance both the strength and durability of your furniture pieces. Most commercial buildings are built using plywood due to their added type of durability and stability.
Oriented Strand Board (OSB)
This composite wood is made out of thin sheets of wood that are placed in a perpendicular method. The material is then mixed with resin and formed into panels which allow for lighter furniture pieces. Because it is more lightweight, it is often used as shelving and storage units since it requires less support.
Particleboard
Composite wood can be made by mixing tiny pieces of wood with synthetic fiber to create lightweight panels carved into furniture. The stronger the particleboard has been glued together, the better its strength will be inside your furniture pieces. The composite can contain up to 40% wood and is one of the strongest forms of it.
Fiberboard
Fiberboard has a similar composition to particle board but is made without wood fiber; hence it’s lightweight. Since it lacks wood, fiberboards are more resistant to moisture and breakage than its competitor.
As previously mentioned, many different types of composite wood can be used in furniture building. Due to the various benefits that each type offers, it may be challenging to determine which type is ideal for your project.
Each piece of furniture is different and will call for its unique mix of composite wood. The best thing to do is to consult with a skilled professional before making any selection.
Benefits Of Composite Wood
Composite wood is an excellent choice for building furniture because it offers both style and durability, making it an attractive option for any home.
Strength
The strength of this material makes it one of the best options for building furniture pieces because it can hold things up extremely well. Composite is often used in shelving or bookcases because the strength of the material allows more items with less support. If you are looking to house heavy books or objects, then this material will be ideal. The added density will provide a foundation that will make your furniture even stronger.
Appearance
Another benefit to composite wood is its appearance. There are many different types that you can choose from, such as plywood, oriented strand board, and particleboard, which means there will be no need to purchase any additional materials. Since it resembles natural wood, it will give your home a contemporary feel that is not usually found in furniture.
Durability
Composite wood has been used for years because it can withstand heavy amounts of wear and tear. The added density also makes this material far more durable than its competitors. The added aluminum or plastic strips make this material strong enough to protect your furniture pieces from moisture damage and make them more resistant against breakage.