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Classic and French Herringbone
Classic or French Herringbone?
Engineered floorboards arranged in the distinctive herringbone pattern have been a popular choice for wooden flooring for many years.
A herringbone floor undoubtedly adds character and elegance to any interior. The classic herringbone pattern is defined by boards cut at a 90-degree angle on the short edge, allowing for a variety of layout options and creative designs.
In contrast, the French herringbone requires greater precision and experience, as the short edges of the boards are cut at a 45-degree angle (in the more common version) and meet to form a distinctive 90-degree “V” shape. Both patterns are equally popular and deliver a stunning visual effect.
Each can be used successfully in both classic and modern interiors.
Technical parameters
At Spigiel, our engineered floorboards are manufactured in the following dimensions:
Board width
- 70 mm
- 100 mm
- 130 mm
- 150 mm
Board length
- 500 mm
- 600 mm
- 700 mm
- 800 mm
- 900 mm
Board thickness
The engineered French herringbone pattern is gaining increasing popularity. Floorboards cut at 45° or 60° angles create different herringbone designs.
A wide selection of board sizes makes it easy to choose the right dimensions for rooms of different sizes. The top layer, made of oak wood (Natura, Standard, or Rustic) can be smooth or brushed, and finished with varnish or oil in the colours offered by our company. This combination creates a floor that will satisfy both traditional design enthusiasts and those who prefer modern interiors.
Our French herringbone flooring is produced using state-of-the-art machinery, ensuring the high precision required for professional installation. Each board features a tongue-and-groove system, which significantly simplifies the installation process.
The engineered French herringbone floor can also be installed on underfloor heating systems.
Warranty for Underfloor Heating Installation
- The maximum surface temperature during the entire period of use should not exceed 26°C. To ensure proper use, temperature monitoring seals should be installed beneath the subfloor.
- Installation must be performed by a qualified parquet specialist.
- The subfloor must comply with all current standards applicable to subfloors for wooden floors.
- The surface of the subfloor must be sanded before installing the parquet.
- The installation of thermal monitoring seals (also known as “temperature stickers”) is required to record the temperature history.
- During installation and throughout the use of engineered floorboards, it is essential to maintain proper indoor climate conditions, particularly regarding air humidity. Wood is a natural material that changes its dimensions under the influence of humidity. The optimal conditions for wooden floors are a room temperature of 18–21°C and a relative air humidity of 45%–65%. Higher humidity may cause the wood to swell and warp, while lower humidity can lead to shrinkage and the formation of gaps between the boards. Such natural changes cannot be considered grounds for warranty claims.
- The wooden flooring must always be glued to the subfloor. This ensures better heat transfer and reduces internal stresses and wood swelling.
- Do not place carpets or rugs on top of heated wooden floors. The area beneath them becomes a heat zone without air circulation, which can lead to visible and wide gaps between the boards.
- During the winter (heating) season, use air humidifiers to maintain the required humidity level.
- Failure to follow these guidelines will result in the rejection of any warranty claims.
Herringbone Floorboard Designs
Advantages of Engineered Floorboard
Easy Maintenance
Oiled wooden floors have significant antistatic properties. In practice, this means that the boards have a lower tendency to attract and retain dust due to their reduced electrostatic charge. As a result, such floors are recommended for people with allergies.
Natural design
Wood has many applications in interior design, most often serving as a way to bring nature indoors.
Engineered floorboards work beautifully in both classic and ultra-modern interiors, harmonizing perfectly with other materials — from stone to raw concrete.
Anti-Slip Properties
Engineered floorboards – especially those finished with oil – offer anti-slip properties. This is partly due to the natural texture of the wood, which increases the contact surface and friction. These floors can be successfully used in a variety of interiors, including kitchens and children’s rooms
Easy to Renovate
Like most flooring materials, engineered boards will naturally wear over time. Although their lifespan is long, they may eventually need refreshing or restoration.
One of the great advantages of engineered floorboards is that they can be renovated using various restoration techniques, giving the floor a new look and extended life without the need for complete replacement.
Do you have any further questions?
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