MR16 7W 2700K GU10 TLB Dichroic Fluorescent Lamp

The MR16 7W 2700K dichroic fluorescent lamp is a compact and efficient light source designed for general and decorative lighting applications in residential and commercial spaces. With a GU10 base, it integrates easily into existing ceiling fixtures, spotlights, and technical lighting systems.

Warm Lighting for Residential and Hospitality Settings

The color temperature of 2700K (very warm white) creates a cozy and relaxing atmosphere, perfect for living rooms, bedrooms, restaurants, and hotels. A color rendering index (CRI) above 80 ensures accurate color reproduction, which is essential in environments where aesthetics are a priority. This fluorescent lamp is particularly well-suited for decorative lighting systems that require warm tones without compromising light quality.

Energy Efficiency and Reliable Lifespan

With a power consumption of just 7W and an energy efficiency class of B, this fluorescent lamp significantly reduces energy consumption compared to traditional lamps. Its average lifespan of 8,000 hours ensures long operating cycles, minimizing maintenance needs in commercial spaces, offices, and hospitality facilities where uninterrupted service is critical.

Technical Applications and Versatile Installation

The compact dichroic design (50mm diameter) and standard GU10 base make this fluorescent lamp compatible with a wide range of spotlights, ceiling fixtures, and modular lighting systems. It is ideal for retrofitting existing systems, allowing for an upgrade to more efficient light sources without modifying the fixtures. Perfect for stores, showrooms, galleries, and exhibition spaces where the quality of warm light is essential.

Design and Compatibility Specifications

With a luminous flux of 260 lm, this fluorescent lamp provides diffused and uniform lighting, suitable for general lighting in medium-sized spaces. It is not dimmable, ensuring stable operation and ease of installation. Its compact dimensions (50 mm × 720 mm) facilitate integration into space-constrained fixtures while maintaining high standards of luminous efficiency.