Understanding Engineered Hardwood

Engineered hardwood flooring is a strong, long-lasting, and cost-effective flooring option. Unlike solid hardwood flooring, engineered hardwood flooring made with Baltic birch plywood made from multiple layers of cross-laminated veneers for enhanced strength and moisture resistance. Whether you want to implement more engineered hardwood in your building projects or install new flooring in your home, this high-end option can significantly enhance your spaces.

What Are Engineered Hardwood Floors?

Engineered hardwood is a stable, real-wood flooring that is more resistant to moisture-related contraction and expansion than solid hardwood. Many first-time builders or homeowners mistake engineered hardwood as synthetic, but it is made from real lumber. Its layers and construction differentiate it from solid hardwood floors.

Manufacturers glue a top layer or veneer of real wood to the Baltic birch plywood core to create engineered hardwood flooring. Rather than a solid piece of wood, engineered hardwood flooring features a veneer top layer with underlying layers of plywood or alternative wood products.

Benefits of Engineered Hardwood Flooring

Engineered hardwood flooring is a fantastic option because of these advantages:

Durability and Stability

Engineered hardwood is more stable than solid hardwood, making it a highly durable option. It tends to last longer than alternative flooring options and is easier to maintain.

Larger Plank Sizes

The stability of engineered hardwood enables manufacturers to create wider, longer planks. This design can help you achieve a more visually appealing look with fewer joints breaking up the room. Many people appreciate larger planks for their sleek, modern appearance.

Design Versatility for Modern Spaces

You can find engineered hardwood in a wide range of wood species, plank sizes, and sheens. Multiple variations make it easy to craft your desired aesthetic, no matter what style you or your client choose.

Faster Production Time

A prefinished engineered floor can save you a few weeks of production time versus a site-finished floor. If you’re a homeowner, this efficiency can help you move into your house sooner. If you’re a builder, it can help lower your carrying costs and finish high-end houses faster for your clients.

Lower Costs

The cost of engineered hardwood is typically lower than that of solid hardwood because of these factors:

  • High-end quality with less wood: Engineered hardwood flooring requires you to purchase less lumber than you would with solid hardwood options.
  • Simpler installation: Installation is more straightforward when you opt for engineered hardwood. Slabs glue directly to concrete, subfloor or existing tile flooring. Engineered hardwood installation doesn’t always require a subfloor, so you may be able to save money on floor preparation.

Common Colors and Styles

Engineered hardwood is fully customizable, letting you choose the following elements:

Colors

Engineered hardwood comes in various colors, such as brown, red, gray, white and black, suiting a variety of design preferences.

Sheen

Once you choose a color, your wood manufacturer can help you select the perfect sheen from these options:

  • Satin: A semi-gloss sheen subtly reflects light, brightening a room and complementing various styles.
  • High-gloss: A high-gloss sheen offers the most shine for a dramatic, luxurious appearance.
  • Matte: A matte sheen absorbs light, creating an understated, natural look.
  • Ultra-matte: Ultra-matte finished hardwood offers the lowest sheen with a soft, tactile feel.

Engineered Hardwood Applications: Where and How to Use

Engineered hardwood is a versatile option for a wide range of applications. You can install it in residential and commercial spaces, making it the perfect option for many projects. Consider how you can enhance the following rooms and spaces with engineered hardwood:

  • Living rooms
  • Kitchens
  • Dining rooms
  • Bedrooms
  • Offices
  • Retail spaces
  • Restaurants
  • Hotels
  • Some bathrooms

Assess Your Environment Before Choosing Engineered Hardwood for a Room

Engineered hardwood’s durability and heightened moisture resistance enable it to withstand high-traffic areas and semi-humid environments. However, it’s important to consider how you or a client will utilize a space and how much moisture it may produce.

Installation Methods for Engineered Hardwood:

 

Floating

The floating installation method connects engineered hardwood planks to each other without connecting them directly to the subfloor. They essentially “float” above the subfloor with an underlayment. This method is ideal if you want a fast, DIY-friendly installation.

Glue-Down

With a glue-down installation, the installer adheres engineered hardwood directly to the subfloor using a urethane-based or acrylic adhesive. This installation method is ideal when you need to install flooring over concrete slabs or want to achieve a solid, stable feel underfoot.

Nail-Down

The traditional, nail-down installation method involves nailing engineered hardwood directly into the subfloor. This is ideal for spaces with a wooden subfloor, and it offers the most secure, long-lasting installation.

What Is the Typical Engineered Hardwood Lifespan?

The lifespan of engineered hardwood is typically 20 to 30 years, but it can last even longer when you purchase and maintain high-end wood from a reputable company.

Factors That Affect Longevity

The following factors can impact your engineered hardwood floor’s longevity:

  • Environmental conditions: High heat and humidity can cause swelling, gaps or cracking, so it’s important to maintain a stable environment. Humidity levels should be between 35% and 55%, and the temperature between 60-80 degrees Fahrenheit.
  • Wood quality: The quality of the engineered hardwood you choose significantly impacts its longevity. Purchase flooring from a company that uses a strong species, such as Baltic birch plywood, to manufacture its engineered hardwood. How a company manufactures its wood is also important, as details such as exterior-grade glue between the wood’s layers help increase stability.
  • Wear layer: With the right refinishing and maintenance, a 4- to 6-millimeter wear layer can help your flooring last 50 or more years.

Refinishing Potential

Similar to solid hardwood, you can refinish engineered hardwood multiple times. When you choose flooring with a thick top layer, such as a 4- to 6-millimeter wear layer, you can sand the worn finish and apply a new coating to extend your floor’s lifespan.

Purchase High-End, American-Made Engineered Hardwood Flooring From Layer 12 Hardwoods

Engineered hardwood flooring offers enhanced strength, durability, beauty and longevity. Layer 12 Hardwoods offers high-end engineered hardwood made from Baltic birch plywood and exterior-grade glue to provide you with excellent stability. We can customize size, colors and sheens to match your home or project’s precise style. Contact us to learn more about our engineered hardwood flooring and customization options.

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