Engineered Wood

Cabinets are a fundamental part of any kitchen or bathroom remodel. There are many different types of cabinets to choose from, including wood cabinets. While natural wood cabinets offer a warm, rustic look, some people may prefer the sleek appearance of engineered wood cabinets. This type of cabinet is made from plywood or particle board that has been overlaid with a thin veneer of natural wood. Engineered wood cabinets come in a wide variety of colors and finishes, so you can find the perfect style to match your home. They are also more affordable than natural wood cabinets, making them a popular choice for budget-minded homeowners. If you’re considering installing new cabinets in your home, be sure to check out the options available for engineered wood cabinets.

What Are Engineered Wood Cabinets?

Engineered woods are composite materials that have been created by bonding or fixing the strands together with adhesives. These engineered products can be found in different names, such as manufactured boards and composite wood. Still, all refer to their base component: a derivative product from natural material like trees. Each part has been chemically altered for specific uses before being assembled into these new types of lumber over time.

Different Types Of Engineered Wood

Engineered woods are made from the same hardwoods and softwood used to produce lumber. Some types of engineered wood can be found in sawmill scraps, other waste materials collected during timber processing processes such as milling or veneering’. There’s a wide variety available on the market today!

Laminated Veneer Lumber

 LVL is a high-density engineered wood product used in framing. Stacked with the grain running parallel to each other, LVL has no significant weaknesses but does have only one strength axis because its veneers are compressed together at right angles across their thicknesses using resins and glues. This means you can load this material only if placed horizontally or vertically upon application and not anything else.

Oriented Strand Board

The most common type of board is OSB (Oriented Strand Board). This product has a lower price point than hardwood, and its benefits include being less dusty, lighter weight, but stronger, so it can be used in places where people may have allergies or respiratory problems. The downside to this material is that while moisture-resistant on some brands, you don’t need as much protection against water damage as with sensitive flooring such as carpeting, which could break down otherwise due to continuous exposure. Other types will suffer if inadvertently exposed for long periods without proper care because there might not always be sanding involved before shipping out from the manufacturer.

The best way to ensure your flooring doesn’t buckle is not to make any gaps. For OSB and plywood, you want all of the ends overlapping so that it can expand with moisture in only one direction; but on premium subflooring, there’s a pre-manufactured ⅛” gap between boards!

Medium-Density Fiberboard (MDF)

Hardwood and softwoods are converted into fibers combined with waxes, resins, or other substances to create the panel material. The panel is then heated under pressure to adhere well on both sides of its surface before being cut down from whole pieces using planes/saws etc., which leads us to our next point about durability. Engineered wood is very tough and sturdy, making it resistant to water damage if the surface is sealed well against liquids, but you should not expose it to standing water because it could warp over time.

Cross-Laminated Timber 

The panels are made from gluing together layers of solid sawn lumber, which can be strengthened by layering each board perpendicular to the next and glued on broad faces. The thicknesses of these products make them a design flexible material that provides insulation due to its multiple layers composed mostly or entirely out of wood fiber content, depending upon the type.

Laminated Strand Lumber

Made of small strips of wood strands placed in an angled pattern, LSL is a high-quality engineered product stronger than LVL. It contains about 95% fiber and 5% resin to make it resistant to weight or torsion. Additionally, this material’s expensive price tag makes it 3 times as costly for dimensional lumber purchases!

Plywood

Plywood is a lightweight and inexpensive material that has many benefits for builders. It’s made by bonding thin layers of wood veneer together, which provides dimensional stability and strength in all directions. Because of its cross-graining property-making, it is excellent if you need your project to last long!

Composite Board

In this engineered wood, there are two types of materials. One is MDF and oriented strand board which has been extruded into a fibrous material that can replace tree cutting in many cases. It can still provide the aesthetics people want for their homes or office spaces without even knowing they’re doing it!

Pros & Cons of Engineered Wood

Engineered wood is popular because it has many advantages. It is strong and will not warp. It lasts long. Here are some of the pros of Engineered Wood

Pros

  • Engineered wood is not only sustainable, but it can also help you achieve the same density and strength as old-growth timber with less waste. The process of harvesting this material uses all parts—even defects or pieces leftover from cutting dimensional lumber!
  • Engineered beams are an excellent choice when you need more prominent members. They’re created by composite, rather than having to be cut from single trees, which means they can come in any size that suits your needs!
  • Engineered wood is solid and durable because it has a higher density than dimensional lumber. Each layer in the material consists of multiple grains running at different angles, which gives it more strength per square inch when compared to other pieces that only have one or two directions for engineering teams to work with during the production process.
  • Engineered wood is an excellent alternative to dimensional lumber because it can resist warping and split more effectively.

Cons

  • Engineered wood is often more expensive than dimensional lumber because it has been planned for strength and durability.
  • Engineered wood often lacks the natural, sleek appeal of solid timbers. However, there are some exceptions, including architectural grade glulam which can be produced using a variety of woods to create an aesthetically pleasing finished product with excellent strength properties for construction use.

Buy Cabinets in Scottdale, AZ

Cabinets 4 Less Scottsdale is the premier destination for engineered wood cabinets in Scottsdale, Arizona. We offer a wide variety of styles and colors to meet your needs and make it easy to find what you’re looking for online with our interactive builder tool. Our experts are ready and waiting to answer all of your cabinet-related questions! If you have any questions about our products or would like assistance choosing which style will work best for your kitchen, give us a call at (480) 597-8034.