Simon Connect Minikolumna ALK dwustronna 8xK45 anodyzowane aluminium ALK224/8

Elevate your workspace aesthetics and functionality with the Simon Connect Minikolumna ALK dwustronna, model ALK224/8, a sophisticated and reliable solution crafted by KONTAKT-SIMON. This sleek, double-sided minicolumn combines design with efficiency, ideal for modern, streamlined environments.

Made of high-quality aluminium, this minicolumn impresses not just with its visual appeal but also with its durability. The anodized surface treatment adds an extra layer of protection, ensuring it remains resistant to wear and tear while maintaining its matt finish elegance. With a dimension of 80mm x 80mm x 225mm, it perfectly integrates into any workspace without occupying too much space.

Equipped with eight K45 slots, it enables versatile configurations, allowing you to tailor your electrical outlets and data connections to your specific needs. Whether for an office, conference room, or a home setup, it delivers the flexibility required for modern tech environments. This minicolumn's IP40 protection rating ensures it is safeguarded against objects bigger than 1mm, making it a safe choice for indoor applications.

Environmentally conscious users will appreciate that this product is halogen-free, minimizing environmental impact and ensuring safer conditions in case of fire. Its metal construction not only contributes to its robust feel but also to its sleek aluminum color presentation, easily blending into various decor styles.

Discover how the Simon Connect Minikolumna ALK dwustronna 8xK45 can enhance your space, providing not just functional solutions but also contributing to the aesthetic and environmental standards of modern settings.

Features at a Glance:

• Durable and stylish aluminium construction
• Matte finish with anodized surface for extra protection
• Eight K45 slots for versatile configuration options
• Compact design with a footprint of 80x80x225 mm
• IP40 protection rating for indoor use assurance
• Halogen-free material for a lower environmental impact