H3 Title: Discover the Exquisite Air Bubble Glass Chandelier: Walsh - Perfect for 3D Interior Designs Are you searching for a stunning centerpiece to elevate your 3D interior design project? Look no further than the exquisite Air Bubble Glass Chandelier: Walsh. This series of pendant ring chandeliers features solid glass sphere shades with an enchanting air bubble structure, adding a touch of elegance and sophistication to any space. With its brass body color, the Walsh chandelier seamlessly blends in with various interior styles, creating a harmonious ambiance. This captivating lighting fixture is available in three different dimensions to suit your specific needs. Whether you choose the 7-lamp, 9/13-lamp, or the 10-lamp option, the chandelier will add a mesmerizing glow to your room. Crafted from high-quality metal and crystal, the Walsh chandelier not only exudes beauty but also offers exceptional durability. The suspended design allows for easy ceiling mounting, with the 7/9-lamp version boasting a 15 cm diameter ceiling mount, while the 10/13-lamp variant features a slightly larger 18 cm diameter. When it comes to lighting, the Walsh chandelier also impresses with its LED matrix light source. Emitting a warm light temperature, this chandelier creates a cozy and inviting atmosphere in any room. The power options vary depending on the number of lamps, ranging from 36 + 5W for the 7-lamp version to 72 + 5W for the 13-lamp variant. If you're looking for a 3D model to enhance your interior decor, the Air Bubble Glass Chandelier: Walsh is the perfect choice. With its stunning design and impeccable craftsmanship, this chandelier is ideal for 3D room designs, 3D interior projects, and 3D home designs. Visit our website to download the 3D model of this captivating chandelier and bring your virtual spaces to life. Don't miss out! Explore our wide range of 3D models available at Lampatron.ru, your ultimate destination for premium 3D design lamps and interior decor. Let your creativity shine with our exceptional selection of 3D models.