Description
100x25cm - HPL Shelf with Faro Mounts, Black
The Faro HPL shelf, measuring 100x25 cm, provides a durable and aesthetic solution for use in Faro shelving systems. Thanks to its black finish, the shelf fits perfectly into modern arrangements of commercial and exhibition spaces, giving them an elegant character.
Key Features
- High Durability: Made of high-pressure laminate (HPL), the shelf is resistant to scratches, moisture, and mechanical damage, making it perfect for high-traffic areas.
- Aesthetic Finish: The black color of the shelf fits well into industrial and modern interiors, providing a cohesive look.
- Easy Installation: The shelf is simply clipped into the frame using the Faro mounting system, ensuring quick and convenient modifications of the display.
Application
The Faro HPL shelf is widely used in commercial spaces, such as retail stores, showrooms, and exhibition stands. It can be used to display a variety of goods - from clothing to accessories - providing a durable and aesthetic display solution.
Kreativia Creator - Configuration Options
The HPL shelf with Faro mounts can be configured using Kreativia Creator, allowing customization to individual display needs. In Kreativia Creator, you can choose:
- Shelf Color: Black or other finishes available in the RAL palette.
- Mounts: Two types of mounts are available - single and double.
Configuration Result
After configuring the shelf in Kreativia Creator, the user receives a 3D visualization, which can also be viewed in augmented reality (AR). This allows for a better visualization of the shelf in its intended space. Technical documentation is also generated, including details on installation and dimensions.
Advantages
- High Resistance: The HPL laminate guarantees durability for everyday use.
- Easy Installation: The shelf is simply clipped into the frame using the Faro mounting system, ensuring quick and convenient modifications of the display.
- Elegant Design: The black shelf fits perfectly into the style of modern commercial and exhibition spaces.
