Tigerwood Engineered Hardwood Flooring vs. Solid Hardwood Flooring: Differences and Best Uses

If your mind is set on installing Tigerwood flooring and you are trying to decide between engineered and solid then read on as we discuss the differences. Engineered Tigerwood flooring is typically always more affordable than solid Tigerwood flooring but there are some differences in how they are made and where they can be installed.

Read on as we discuss the differences and where they can and can not be installed.


  • Engineered Hardwood: This type of flooring consists of a top layer of real Tigerwood veneer bonded to multiple layers of plywood. The layered construction provides additional stability.
  • Solid Hardwood: Solid hardwood is made from a single piece of Tigerwood, offering uniformity throughout the plank. It is a traditional flooring option known for its authenticity.


  • Engineered Hardwood: Engineered wood is more resistant to changes in temperature and humidity. Its layered construction helps minimize expansion and contraction, making it suitable for varied environments.
  • Solid Hardwood: Solid wood is more prone to expanding and contracting with changes in humidity and temperature. This can lead to potential warping or gaps over time, especially in areas with fluctuating climate conditions.


  • Engineered Hardwood: It can be installed over various sub-floors, including concrete, and typically features click-lock or tongue-and-groove systems for easier installation. It often can be floated, glued down, or stapled.
  • Solid Hardwood: Requires a more labor-intensive installation process, often needing to be nailed or stapled to a wooden sub-floor. This can increase both the time and cost of installation.


  • Engineered Hardwood: Can be refinished only if the top wear layer is thick enough. If your top Tigerwood wear layer is thick enough you’ll only be able to refinish your floors a limited number of times which is typically once.
  • Solid Hardwood: Can be sanded and refinished multiple times throughout its lifespan, allowing for long-term maintenance and aesthetic updates.

Where to Use Each Type

Engineered Tigerwood Hardwood Flooring:

  1. Basements: Engineered hardwood is more suitable for below-grade installations where moisture levels can be higher. Its stability in the face of humidity makes it an ideal choice for basements.
  2. Kitchens and Bathrooms: These areas often experience fluctuations in temperature and humidity, making engineered wood a practical choice.
  3. Over Concrete Sub-floors: Engineered wood can be installed directly over aged concrete, making it a versatile option for modern construction methods.
  4. High Humidity Climates: Regions with significant humidity variations benefit from the stability of engineered hardwood, reducing the risk of warping.

Solid Tigerwood Hardwood Flooring:

  1. Living Rooms and Bedrooms: These areas generally have stable environmental conditions, making them suitable for solid hardwood flooring. The aesthetic appeal of solid wood can enhance the main living spaces.
  2. Dining Rooms: Solid hardwood adds a touch of elegance to formal dining areas and can handle moderate foot traffic.
  3. Upper Floors: Above-grade installations in areas where humidity and temperature are more controlled are ideal for solid hardwood.
  4. Historic or High-Value Homes: Solid hardwood is often preferred in these settings for its authenticity and potential to increase property value.


Choosing between Tigerwood engineered hardwood flooring and solid Tigerwood hardwood flooring involves considering the specific needs of your space, the environmental conditions, and your personal preferences. Engineered hardwood offers greater stability and versatility, making it suitable for areas with higher moisture levels or over concrete sub-floors. Solid hardwood provides unmatched longevity and authenticity, ideal for living spaces with stable conditions and for those seeking to add significant value and elegance to their homes. Assessing the differences and understanding the best applications for each type will help you make an informed decision for your flooring project.

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