Lunaria Ceiling Chandeliers

Lunaria Ceiling Chandeliers elevate your space with a Gypsophila-inspired ceiling pendant that blends floral artistry with cutting-edge LED technology. Designed around a delicate Gypsophila flower motif, this contemporary pendant delivers bright, energy-efficient illumination with adjustable brightness and dimming via remote control. Crafted from high-quality acrylic in a striking White and Black finish, it complements modern interiors while serving as a statement piece.

Key Features

• Gypsophila flower design: a delicate silhouette that adds elegance to any room.
• LED lighting technology: bright, long-lasting illumination with low energy consumption.
• Adjustable brightness & dimmable: customize ambience to suit any mood or activity.
• Remote control: seamless dimming and power on/off from anywhere in the room.
• High-quality materials: durable acrylic construction with a refined finish.
• Color options: White and Black for versatile styling.
• Installation type: Flush mount for a clean ceiling look.

Specifications

• Wattage: 32W
• Light source: LED bulbs
• Voltage: 220V
• IP rating: IP20
• Ceiling plate size: 31 × 31 cm × 4 cm
• Cord length: 100 cm (adjustable)
• Lighting area: 10–15 sqm
• Color: White and Black
• Material: Acrylic
• Switch type: Touch On/Off
• Installation: Flush mount
• Warranty: 3 Years
• Certifications: CCC
• Dimmable: Upon request
• Power source: AC

Installation & Use

Install as a flush-mounted pendant using the ceiling plate. Adjust the cord length up to 100 cm to achieve your preferred hanging height. Connect to 220V AC power, and operate via the touch on/off switch or the included remote to adjust brightness and create the perfect ambiance. Bring a touch of botanical-inspired elegance to living rooms, dining areas, or entryways with Lunaria Ceiling Chandeliers — where floral artistry meets modern illumination.

Experience a statement lighting piece that blends sculptural design with energy-efficient LED technology, enhancing everyday moments with refined illumination.