Create a Warm, Stylish Atmosphere with SHINING LED Candle Retro Shine 4W
The SHINING LED Candle Retro Shine 4W beautifully blends vintage-inspired design with modern lighting technology. Consuming only 4 watts, it delivers up to 450 lumens (113 lm/W) of brightness. With instant-on, flicker-free performance, it provides stable and eye-friendly illumination.
The Warm White light gives off a soft amber glow that creates a cozy and relaxing atmosphere. Perfect for table lamps, bedside lamps, pendant lights, or as decorative lighting in restaurants and cafés, it adds a touch of romance, warmth, and elegance to any setting.
Beyond its aesthetic appeal, this bulb ensures safety and eco-friendliness—emitting no UV or infrared radiation that could harm skin or eyes, and completely mercury-free, making it safe for both users and the environment.
Certified to TIS 1955-2551 standards, it guarantees reliability and long-lasting performance, reducing replacement costs and allowing you to enjoy its warm, inviting ambiance for longer.
The SHINING LED Candle Retro Shine 4W Warm White E14 is not just a bulb—it’s a decorative element that enhances your space with charm, beauty, and genuine warmth.
- 4W LED bulb with brightness up to 450 lumens (113 lm/W)
- E14 base for easy installation
- Warm White light with a soft amber tone—creates a cozy, relaxing atmosphere
- Safe for skin and eyes – no UV or infrared radiation
- Mercury-free, eco-friendly, and non-polluting
- Long lifespan of 15,000 hours for lasting value
- Certified to TIS 1955-2551 quality standards
- Elegant design suitable for decorative lighting applications
- Backed by a 1-year warranty
Instructions for Use
- Install with a standard E14 socket.
Warnings & Cautions
- Always switch off the power before installation, inspection, or cleaning.
- Do not install or replace while the power is on or when hands are wet.
- Do not modify or use with non-standard equipment.
- Keep out of reach of children and away from high-heat areas.
- For indoor use only. Do not use outdoors or in high-humidity environments.
