Bring a refined, contemporary touch to your interiors with the Alfa ESKA black ceiling bar light, designed to combine minimalist elegance with high everyday functionality. The contrast between the black metal bar and the white glass globes creates a clean, modern look that suits a wide range of spaces, from open-plan kitchens to dining areas and living rooms. With a total of 5 light points, this ceiling lamp provides balanced illumination across a longer surface, making it ideal above a table, island, or central room area.

The fixture supports a mixed socket configuration of GU10 and E14, giving you excellent flexibility in choosing the style and performance of your bulbs. You can opt for warm, neutral, or cool LED lighting depending on the mood you want to create, and the lamp can be dimmable with compatible dimmable bulbs to adjust brightness as needed. Built for indoor use with IP20 protection and powered by 220–240V, it offers dependable operation and a clean, architectural finish. Please note: bulbs are not included, allowing you to customize the lighting output and color temperature to your preferences.

• Style: modern ceiling light with a sleek linear form
• Materials: metal and glass for durability and premium appearance
• Color finish: black structure with white glass elements
• Light points: 5 for strong, evenly distributed illumination
• Bulb base: GU10 / E14 for versatile bulb selection
• Max power: GU10 up to 15W and E14 up to 10W
• Dimmable: yes, with dimmable bulbs (and suitable dimmer if required)
• Protection rating: IP20 for standard indoor rooms
• Dimensions: 95 cm (depth/length) × 15 cm (width) × 38 cm (height)
• Warranty: 2 years

Choose the Alfa ESKA ceiling lamp if you want a stylish black-and-white lighting fixture that enhances modern interiors while offering flexible bulb compatibility and the option of adjustable light intensity. It’s a practical and design-forward solution for anyone looking to upgrade lighting in a kitchen, dining room, or any space where clean lines and well-planned illumination matter.