Aigi Santra LED Bulb - 1.5W E14 Fitting - Warm White Light 3000K

Discover the Aigi Santra LED lamp: a sleek matte white glass fixture with an E14 fitting that instantly adds atmosphere to any space with its warm white light (3000K). Modern and compact, it fits perfectly with a variety of interior styles.

This energy-efficient bulb consumes only 1.5W, delivers 120 lumens with a 360° beam angle, and has a lifespan of up to 25,000 hours — a sustainable replacement for a classic 14W bulb. Ready to use immediately and ideal for reducing energy costs.

Key features

• 1.5 W power
• E14 fitting
• Warm white (3000K) color temperature
• 120 lumens light output
• 25,000 hours lifespan
• 360° beam angle

Energy savings

With a consumption of only 1.5 W, the Aigi Santra easily replaces a traditional 14W bulb, resulting in immediate energy savings and lower electricity costs. Its low consumption and high efficiency mean you save money in the long term, while the bulb is ready for immediate use without any additional equipment. This energy-efficient LED replacement also reduces your carbon footprint and fits into many fixtures thanks to its E14 fitting.

Atmospheric light

Warm white light (3000K) and 120 lumens provide pleasant, atmospheric lighting that makes rooms inviting without being too harsh. The matte glass finish spreads light evenly in a 360° angle, ideal for ceiling or table lamps where soft, diffused lighting is desired. Thanks to its compact design, the lamp fits into a variety of interior styles and emphasizes colors and shapes in a natural, comfortable way.

Long service life

With an estimated service life of up to 25,000 hours, the Aigi Santra significantly reduces the number of replacements and maintenance, especially in hard-to-reach fixtures. This long service life ensures lower total life cycle costs and less waste, which is both practical and environmentally friendly. In addition, the lamp delivers consistent performance throughout its lifetime, ensuring stable light without frequent failures or variation.