SaleMenor Oak Chevron
About the product
Arbiton Menor Vinyl Panel
The Menor vinyl panel stands out as one of the flagship products of the Arbiton brand, appreciated by both interior designers and users for its aesthetic qualities. It is characterized not only by modern vinyl processing technology but also by its beautiful imitation of natural wood. Thanks to advanced production techniques, these panels look like real wood.
| Parameter | Specification |
|---|---|
| Color Number / Shade | CAS 223 / Natural |
| Usage Class | 23, 33, 42 |
| Wear Layer | 0.55 mm |
| Dimensions (L / W) | 1511 mm / 229 mm |
| Bevel | V4 |
| Lock Type | 5Gi |
| Warranty | 25 years |
Straight Plank: 2.076 m²/package
Key Product Features
One of the significant advantages of Arbiton panels is their high abrasion resistance, making them an excellent choice for high-traffic areas such as hallways or living rooms. These panels are compatible with underfloor heating systems, enhancing comfort during colder days.
The high dimensional stability of the panels prevents deformation caused by moisture and temperature fluctuations. The panel surface is UV-protected, safeguarding their color from fading, allowing you to enjoy their aesthetics for many years. The Menor model combines functionality with elegance, offering durability and style in one solution.
Menor Oak in Boho Style
Boho in interior decoration combines artistic freedom with the use of natural materials. These panels fit perfectly into this trend thanks to their natural aesthetics, harmonizing with various decorations characteristic of the boho style. The warm colors of the panels add coziness to interiors.
In boho styling, the Menor model serves as an ideal backdrop for various textiles and plants, which are key to this trend. Thanks to its universal color palette, these panels can be combined with colors ranging from pastels to intense hues, creating harmonious arrangements.
Menor panels easily adapt to changing interior decoration trends, eliminating the need for costly renovations. They are resistant to mechanical damage and easy to maintain, making them a practical choice for those who value aesthetics, functionality, and durability. With the Menor model, boho style gains a new dimension, combining tradition with modernity.
Technical Properties of Menor Oak
Panels from the Menor Oak collection offer a solution that combines durability with the appearance of natural wood. They have high abrasion resistance, making them suitable for heavily used spaces. The abrasion class AC4 or AC5 allows their use in both homes and public places. Dimensional stability is a key advantage in changes of humidity and temperature.
The HDF backing guarantees durability and resistance to deformation. Panel installation does not require glue, allowing for quick assembly. The click-lock system enables easy disassembly and reinstallation, which is very practical.
Thanks to the lacquered surface, the panels are protected from fading despite intense sunlight. Anti-slip coatings additionally improve user safety, and the beveled edges highlight the noble wood grain.
The acoustic properties of the panels allow for effective sound dampening, which is important in rooms like bedrooms or children's rooms. Combined with appropriate floor layers, they provide better acoustic insulation. Their compatibility with underfloor heating allows for wide application.
In terms of maintenance, the panels are easy to keep clean. Regular vacuuming and wiping with a damp cloth are sufficient to maintain their beautiful appearance. The panel surface does not require frequent renewal.
In summary, these panels are a great option for those looking for a durable and elegant floor. Their complex technical properties combined with ease of installation and maintenance make them a product of high utility value, representing an investment for years.
Technical data
| Dimensions | 600 mm / 120 mm |
|---|---|
| Wear layer thickness | 0,55 mm |
| Finish | V4 |
| Usage class | 23, 33, 42 |
| Underfloor heating | Yes |
| Installation | 5G |
| Catalogue index | CLC 223 |