LED Strip Seamless COB 24V IP20 (Yellow) 10 Watts per Metre Dotless (Sold per metre)

Important Information:

- Sold by the Metre: This product is sold per metre and will be provided as a continuous length (up to 50m), unless specified otherwise. If you need multiple lengths, please add each length to your cart individually.

- Custom Tails: Our LED strips are made to order with standard 20cm tails. If you require longer prewired tails, please select from the 1m, 5m, or 10m options after clicking the "Buy" button.

- Check Measurements: Prior to placing your order, please verify the internal dimensions of your LED profile to ensure the strip will fit correctly.

- Non-Returnable: Since all LED strips are custom made to order, they are non-returnable. Please review all details carefully before completing your purchase.

The 24V COB LED Strip Light in Yellow is a premium lighting solution designed for vibrant and uniform illumination. Emitting a rich yellow color, it is perfect for decorative lighting, architectural accents, retail displays, signage, and themed environments.

With a high Color Rendering Index (CRI) of 90, the strip ensures superior color accuracy and enhanced visual appeal, making objects and surroundings appear more vivid and true to life. The COB (Chip-on-Board) technology provides seamless, dot-free lighting for a smooth, continuous glow, eliminating the spotting seen in traditional LED strips.

Powered by 24V DC, this LED strip light offers enhanced energy efficiency, lower heat generation, and longer lifespan compared to standard low-voltage alternatives. Its flexible design allows for easy installation in a variety of applications, while the durable construction ensures reliability in both indoor and protected outdoor environments. Whether for creative lighting designs or functional illumination, the COB LED Strip Light delivers exceptional performance with a bold, striking yellow hue.

24V Dimmable Drivers & Compatible Run Lengths
^Recommended 5m max run powered from one end - greater than 5m must be run in parallel.