Product description SLV up/down pendant light ONE DOUBLE PHASE, brass 35W - CCT Switch
SLV up/down pendant light ONE DOUBLE PHASE, brass 35W - CCT Switch.
The SLV up/down pendant luminaire ONE DOUBLE PHASE in brass with 35W and CCT Switch is the perfect choice for those looking for modern yet minimalist lighting. With its minimalist design, it attracts all eyes and adds a touch of elegance to any room.
Particularly noteworthy is the high CRI of over 90, which guarantees excellent color rendering. This means that the colors are represented as they appear in nature - without distortions or falsifications. This creates a pleasant and natural atmosphere that invites you to feel good.
The luminaire also requires very little maintenance, making it suitable not only for hotels and restaurants, but also for elegantly furnished living rooms. The pendant luminaire can donate both up- and downlight and is equipped with a CCT switch. With this switch, you can adjust the color temperature of the luminaire as needed to create the desired lighting mood.
Experience the ONE DOUBLE PHASE in action and convince yourself of a successful lighting experience. The SLV up/down pendant luminaire ONE DOUBLE PHASE is an investment in high-quality design and first-class lighting technology.
Round pendant lights a popular choice
Round pendant lights are a popular choice for lighting dining tables, kitchen islands, living rooms and bedrooms. As the name suggests, they have a round shape and hang down from the ceiling. They come in a variety of sizes and materials and can be used as accent lighting or as the main source of light. Round pendant lights can have a minimalist or modern design, or they can be opulent and decorative to add a touch of elegance to a room. They can also be combined with other design elements to create a harmonious look. Some round pendant lights are dimmable to adjust the brightness to different situations. Round pendant lights are a great way to illuminate a room in a functional and decorative way and create a cozy atmosphere.