LAMPADA FLUORESCENTE LINX S/E 11W/840 2G7 SYLVANIA

The Linx S/E 11W fluorescent lamp is a compact and versatile lighting solution, ideal for environments that require natural white light with excellent color rendering. Thanks to its double-tube fluorescent technology, this light source offers reliable performance and low energy consumption.

Natural White Lighting for Commercial and Residential Spaces

With a color temperature of 4000K, this fluorescent lamp produces a neutral and inviting light, perfect for offices, stores, showrooms, and modern homes. The color rendering index (CRI) of over 80 ensures accurate color reproduction, which is essential in sectors such as retail, hospitality, and exhibition spaces. The light source integrates easily into ceiling fixtures, wall sconces, and existing technical lighting systems thanks to its standardized 2G7 lamp holder.

Energy efficiency and long lifespan to reduce operating costs

Rated Energy Class B, this fluorescent lamp minimizes electricity consumption without compromising brightness. With a luminous flux of 880 lumens, it provides uniform and diffused lighting. Its estimated average lifespan allows for less frequent maintenance cycles, reducing operating costs in high-traffic environments such as open-plan offices, hospitality facilities, and public spaces.

Dimmability for Customized Lighting Scenarios

The dimmable feature of this fluorescent light source allows you to adjust the light intensity according to the specific needs of the space. This feature is particularly valuable in meeting rooms, professional offices, and multifunctional spaces where lighting must be adapted to different activities and working conditions.

Technical compatibility and easy installation

The 2G7 lamp holder is a well-established standard in the technical lighting market, ensuring compatibility with most modern lighting fixtures. Its compact dimensions (⌀28 × 220 mm) facilitate integration into recessed, pendant, and wall-mounted fixtures, simplifying the replacement of obsolete light sources in existing systems.