Ethereal Marbled Opulence Suspension Light

In a small village in Italy, there is a craftsman named Giovanni, who is famous for his exquisite marble crafts. One day, he received a special commission to design a unique chandelier for a historic villa. Giovanni selected the finest materials from the local marble quarry, and after months of careful carving and polishing, he finally completed this "Ethereal Marbled Opulence Suspension Light". This chandelier not only illuminates the hall of the villa, but also becomes the pride of the village, attracting tourists from all over the world to come and see it.

Dimensions
Height: 48 inches (121.92 cm)
Width: 30 inches (76.2 cm)
Depth: 30 inches (76.2 cm)
Shade diameter: 30 inches (76.2 cm)

Material
Frame: Forged from solid brass, the surface is polished to present a mirror-like luster.
Shade: Made of hand-carved marble, each piece of marble is carefully selected to ensure the consistency of its texture and color.
Hanging chain: Made of transparent crystal beads, each bead can capture and refract light, increasing the dazzling effect of the chandelier.

Application scenarios
This chandelier is suitable for use in luxury hotel lobbies, high-end restaurants, private mansion living rooms, art galleries and other places, especially in those spaces that need to create a luxurious and elegant atmosphere.

Suitable ceilings
Type: Suitable for installation on smooth, solid ceilings such as gypsum board, concrete or wooden ceilings.
Load-bearing: The ceiling needs to be able to withstand a weight of at least 50 pounds (about 22.68 kg) to ensure a safe and stable installation.

Load-bearing considerations
Before installing this chandelier, you must ensure that the ceiling structure can safely support its weight. It is recommended that the installation be carried out by a professional installation team to ensure that all safety measures are properly implemented. In addition, the installation of the chandelier should avoid being installed directly on beams or supporting structures to reduce additional pressure on the building structure.