Advantages of Forna Real Stone Floating Floors
Forna Real Stone floating floors showcase a meticulously crafted surface of authentic, finely-sliced natural slate, obtained through a specialized extraction technique. This avant-garde product seamlessly integrates the durable attributes of real stone with the advantageous properties of cork, resulting in an innovative and practical flooring option.
Harmonious Blend of Materials
Composite Material Advantages: The construction integrates slate panels with a supportive cork base, harmonizing the optimal features of each material. Traditional real stone may offer challenges such as being overly cold and hard, but the supportive cork layer mitigates these issues by enhancing thermal insulation, diminishing sound from impacts, and increasing underfoot warmth.
Visual Appeal and Longevity: The stone’s surface not only elevates the aesthetic and tactile qualities of the floors but also ensures ease of maintenance and robustness.
Simplified Installation Process
Efficient Installation: The flooring employs a user-friendly click system that simplifies the installation process, allowing for quick and efficient assembly that doesn’t sacrifice the floor’s longevity or aesthetic integrity.
Design Flexibility and Distinctiveness
Varied and Unique Aesthetics: Every panel displays the intrinsic allure of different slate varieties, such as slate and mica slate, available in assorted hues. The distinct stone textures render each piece uniquely appealing, providing a rich sensory experience.
Versatility for Wall Installation: Beyond flooring, these stone pieces can also be modified for wall installation. The process includes cutting back the tongue while maintaining the groove intact, and securely affixing the panels to wall studs using a Brad nailer, enabling versatile and integrated design solutions.
Forna Real Stone floating floors are a testament to innovation, blending the raw beauty of natural elements with functional benefits, making it an outstanding selection for those desiring a distinctive and effective flooring solution.
Natural stone is a beautiful and timeless material that adds elegance to any space. However, it can be susceptible to scratches from various sources, including:
- Abrasive Materials: Dirt, sand, and debris tracked in on shoes can scratch natural stone floors.
- Heavy Furniture: Dragging furniture across the floor can cause scratches on the surface.
While natural stone is durable, it may not be as resilient as some man-made materials. However, with proper care and maintenance, you can preserve its beauty for years. For high-traffic commercial spaces or busy households, we recommend our Techslate products, designed for enhanced durability.
Tips for Protecting Your Natural Stone Flooring
Follow these guidelines to keep your natural stone flooring looking its best:
- Seal: Apply a sealant immediately after installation to protect against scratches, stains, and marks.
- Clean Regularly: Use a mild, pH-balanced cleaner and a dry mop to prevent buildup that can cause scratches.
- Use Mats and Furniture Pads: Place doormats at entrances to minimize dirt and sand, and use furniture pads under heavy items to avoid scratches.
- Avoid Dragging Furniture: Lift heavy items instead of dragging them to prevent scuff marks or scratches.
- Sweep and Mop Frequently: Regularly sweep and mop to remove dirt and debris that could damage the surface.
- Use a Dry Mop or Vacuum: Gently clean dirt and sand with a dry mop or vacuum to avoid scratching.
By following these care practices, your natural stone floors will maintain their elegance and durability for years to come.
Technical data
Floating | ||||
mass & total thickness | EN 427 & EN 428 | approx. 1235 × 305 × 11 mm | ||
classification | EN 16511 | Living area 23 Commercial area 31 |
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basis weight | EN 430 | approx. 8,000 g/m² | ||
impact sound improvement measure | EN ISO 717-2 | 17 dB | ||
chair caster suitability | EN 425 | suitable for type W | ||
fire behavior | EN ISO 9239-1 | Dfl s1 | ||
thermal resistance | EN 12524 | 0.121 m² K/W | ||
dimensional stability | EN 434 | < 0.05% | ||
residual impression | EN 433 | max. 0.10 mm | ||
chemical exposure | EN 423 | Good durability | ||
emission values | according to AgBB | |||
transverse tensile values click connection | ISO 24334 | HDF > 500 kg/lfm – kg/m | ||
charging voltage | EN 1815 | < 2 kV | ||
slip resistance coefficient | EN 51130 | Slate – R10 |