The 2m Aluminium Surface Profile for LED Strip up to 6mm is a compact and efficient solution for the installation of ultra-thin LED strips up to 6mm wide. This surface profile, with a mini design, is perfect for applications where space is limited and discreet and elegant lighting is required.
Compact Design and Versatility
Thanks to its reduced format, the Aluminium Surface Profile fits into a wide variety of environments, from residential projects to commercial installations. Its anodised aluminium structure provides excellent heat dissipation, prolonging the life of the LED strips and ensuring optimum performance.
Easy and Practical Installation
The profile includes fixing clips for quick and secure installation on any surface. Its design allows a clean and professional installation, integrating discreetly into furniture, showcases, shelves or spaces where linear and continuous lighting is required.
The Aluminium Profile kit includes all the necessary components for a quick and easy installation:
- 1 Anodised aluminium profile of 2m.
- 1x 2m continuous cover.
- 2 end caps for an aesthetic and sealed finish.
- 2 End caps with hole for cable management.
- 2 Fixing clips for a firm and secure recessed installation.
Recommended Applications
The 2m Aluminium Surface Profile for LED Strip up to 6mm is ideal for:
- Indoor lighting: Add a subtle touch of light to shelving, display cabinets or cupboards.
- Furniture projects: Perfect for integration into custom furniture or joinery.
- Commercial spaces: Highlight products or decorative elements in shops and shop windows.
- Home decoration: Create cosy atmospheres with indirect and well-distributed lighting.
Recommendations for use
To maximise the lifetime of the LED strips, it is recommended to use double-sided heat tapes to improve heat dissipation and ensure a firm and durable fixing.
The 2m Aluminium Surface Profile for LED Strip up to 6mm offers a practical and aesthetically pleasing solution for those looking for linear, discreet and efficient LED lighting in confined spaces.