T4 8W Green TLB G5 Fluorescent Lamp

The 8W green T4 linear fluorescent lamp is a compact and reliable light source, ideal for technical lighting, signage, and decorative applications that require high-quality colored light.

Technical Lighting and Signage with Green Fluorescent Lamps

This T4 fluorescent lamp stands out for its distinctive green light, perfect for environments where identification or visual marking is required. Sectors such as laboratories, workshops, warehouses, and industrial facilities use fluorescent tubes to mark work zones, emergency routes, or quality control areas. The compact linear design allows for installation in tight spaces without compromising brightness.

Decorative and Ambient Lighting Applications

In addition to its technical uses, the green fluorescent tube is employed in decorative contexts and modern interior design. Bars, nightclubs, stores, and showrooms use this light source to create evocative atmospheres and draw attention to specific areas. Green light offers superior energy efficiency compared to alternative solutions, thanks to its Energy Class B rating and low power consumption of 8W.

Energy Efficiency and Long Service Life

The T4 linear fluorescent tube combines extremely low power consumption with an average lifespan of 10,000 hours, reducing maintenance and replacement costs. The standard G5 base ensures compatibility with most dedicated lamp holders, simplifying integration into existing systems. Ideal for those seeking a balance between lighting performance, energy sustainability, and long-term reliability.

Installation and Compatibility Specifications

With a diameter of 12 mm and a length of 335 mm, this fluorescent tube is suitable for ceiling lights, wall sconces, and modular lighting systems. Fluorescent technology ensures instant start-up and flicker-free operation—features highly valued in environments where light stability is critical. Non-dimmable, it maintains a constant light output, making it ideal for signage applications and continuous visual monitoring.