Crompton Lamps LED Globe 4.9W E27 Decorative Solis 125mm Extra Warm White Clear

• Cap type: ES-E27
• Power Consumption: 4.9W
• Colour Output: Extra Warm White
• Dimensions: Diameter=125mm Height=175mm

The Crompton Lamps LED Globe 4.9W E27 Decorative Solis is a beautifully crafted feature bulb that combines modern design with a warm, inviting glow. Its rounded, globe-like shape and clear glass construction give it a sleek, decorative aesthetic that fits seamlessly into any interior. The distinct ribbed texture running along the surface adds visual interest, making this bulb a perfect choice for open fittings where its unique design can truly shine—whether used in pendant lights, exposed bulb fixtures, or statement lighting arrangements.

Inside, the linear filament with multiple glowing segments creates a soft, extra warm white light at 1800K. The gentle yellowish light emits a cosy and relaxing glow, ideal for creating ambience in living rooms, dining areas, or stylish commercial spaces such as boutique cafes or bars. The clear glass ensures the filament is fully visible, adding a touch of vintage charm while maintaining a contemporary edge, making it suitable for a wide range of décor styles.

Measuring 125mm in diameter and 175mm in height, the LED Globe Solis offers an eye-catching yet subtle presence, providing 470 lumens of light—perfect for enhancing the atmosphere without overpowering the space. Though not dimmable, this bulb provides a consistent, comfortable light, ideal for creating a warm and welcoming environment. The 4.9W energy-efficient design ensures that you can enjoy its beautiful illumination while keeping energy consumption low.

Designed specifically as a feature bulb, the Crompton Lamps LED Globe Decorative Solis is perfect for those who want their lighting to be both functional and a statement piece. Whether you're updating your home lighting or creating a stylish atmosphere in a commercial space, this decorative light bulb will add elegance and warmth, making it the perfect blend of form and function.