About the service
Engineered wood flooring sits at the intersection of material authenticity and modern engineering intelligence. Its surface is real hardwood, the same species, the same grain, the same character that has defined quality interiors for centuries, but its construction has been fundamentally reimagined. A cross-bonded plywood or HDF core beneath the hardwood veneer gives it a dimensional stability that solid timber cannot achieve, allowing it to be installed in environments and over substrates that would cause solid timber to buckle, gap or lift.
New Floors Nation supplies and installs pre-finished engineered wood floors from trusted manufacturers including Finfloor’s FinOak and Oleum ranges. These are floors for clients who want the genuine look, feel and warmth of real wood, without the sensitivity to South Africa’s climate variations, and with the practical ability to be used with underfloor heating and in areas of greater humidity.
Real Wood, Reimagined
The surface of engineered wood is genuine hardwood, cut to reveal the natural grain, character and warmth of the species.
Dimensionally Stable
The cross-bonded core resists the expansion and contraction that affects solid timber in variable climates.
Pre-Finished and Ready to Live On
Factory-applied oil or lacquer finishes eliminate the dust, odour and drying times of site-finishing.
Refinishable Surface
Depending on veneer thickness, the surface can be lightly sanded and refinished to restore its appearance over time.
Engineered Wood, Species, Finishes and Formats
Engineered wood is available across a range of species, each with its own grain character, tonal range and hardness. European oak is the most widely specified. It offers excellent hardness, a refined grain pattern, and takes staining and oiling particularly well, which is why it forms the basis of our FinOak range. The finish applied to the surface dramatically changes the character of the same species: an oiled finish penetrates the wood and enhances its natural colour and grain, leaving a matte, tactile surface that ages gracefully and can be spot-repaired; a lacquered finish creates a harder, more protective surface layer that resists daily wear and requires less frequent maintenance. Board width is an important design variable. Narrow boards in the 90mm to 120mm range suit more traditional and period interiors, while wide boards of 180mm and above create the expansive, contemporary look associated with modern architectural interiors. The installation system, whether floating, glue-down or staple-fixed, is determined by the subfloor type, the presence of underfloor heating, and the specific product specification. Our team assesses all of these factors during your consultation.
Specifying and Installing Engineered Wood Correctly
Engineered wood’s performance advantage over solid timber only holds when it is correctly specified and installed. Subfloor moisture content must be within the manufacturer’s tolerance before installation begins.
- Moisture testing of subfloor before installation commences
- Correct acclimatisation period observed on site
- Species and finish selected to suit environment and aesthetic
- Pre-finished surface, no site sanding or finishing required
- Compatible with underfloor heating systems
- Floating, glue-down or staple-fix installation options
- Suitable for residential and premium commercial environments
- Long-term refinishability extends the investment's lifespan
Exceeding that tolerance will compromise the adhesive bond, cause cupping, and void the warranty. Acclimatisation, moisture testing and correct fixing methodology are all non-negotiable steps that our team manages as part of every engineered wood installation.
Frequently asked questions
What is the difference between engineered wood and solid timber?
Solid timber is milled from a single piece of wood throughout its depth. Engineered wood has a real hardwood surface veneer bonded to a dimensionally stable plywood or HDF core. The result is a floor with the same visual and tactile quality as solid timber, but significantly greater resistance to moisture, temperature change and movement, making it suitable for a wider range of environments.
Can engineered wood be used with underfloor heating?
Yes. Engineered wood is one of the few real-wood options compatible with underfloor heating systems, provided the system is correctly commissioned and the floor is installed in accordance with the manufacturer’s temperature guidelines. We advise on the correct installation approach during consultation.
How long does engineered wood flooring last?
With proper care, a quality engineered wood floor will last between 20 and 30 years. Floors with a thicker veneer layer can be lightly refinished one or more times over their life, effectively restoring the surface appearance and extending the investment considerably.
Does engineered wood feel different underfoot compared to solid timber?
In practice, the underfoot feel of a quality engineered wood floor is indistinguishable from solid timber. The difference lies in structural performance and installation flexibility, not in how the floor feels, sounds or looks.
