Introducing Our 16x17 Vertical Bend LED Neon Flex – 24V | RGB | Architectural Range

The 16x17 Vertical Bend RGB LED Neon Flex is a vibrant colour-changing lighting solution built for architectural applications demanding vertical flexibility and durable performance. Suitable for façade lighting, signage, or creative exterior displays, this RGB flex delivers dynamic illumination in red, green, and blue colour channels.

Utilising high-performance 5050 RGB LEDs with a density of 84 LEDs per metre, it offers a total light output of up to 370 lumens per metre. Each unit is built using robust UV-resistant silicone and engineered to resist solvents, salt water, and flame exposure, ensuring a long and reliable service life in harsh environments.

The vertical bend direction, compact 16x17mm profile, and 83.3mm cut points allow for precision installations along curved or contoured architectural features. The IP68-rated silicone injection-moulded connector provides a weatherproof seal, enhancing system reliability across outdoor installations.

Key Features
Vertical bend configuration
IP68-rated silicone injection-moulded connector
Dimensions: 16mm x 17mm
RGB output (620–625nm red, 520–525nm green, 465–470nm blue)
Total lumen output: up to 370lm/m
Beam angle: 110°
SDCM <3 for improved colour consistency
Operating temperature: -40°C to +55°C
Supplied by the metre with 83.3mm cut points
UV, flame, salt water, and solvent-resistant
5-year warranty
Dimmable

Specifications
Voltage: 24V DC
Power Consumption: 12W/m
Length: 16.4 ft (5 m)
LED Density: 84 LEDs per metre
Beam Angle: 110°
CRI: N/A
Bend Direction: Vertical
Min. Bend Diameter: 300mm
Max. Run Length: 10m (single-end) / 20m (double-end)
IP Rating: IP68
IK Rating: IK10
Material: Silicone
Operating Temperature: -40°C to +55°C
Warranty: 5 Years

Installation & Bespoke Options
Supplied by the metre with 83.3mm cut increments, this Neon Flex is ideal for custom installations. Bespoke lengths and cable directions are supported. Use with compatible mounting accessories for best performance.