Description

Discover Stylish Glass Pendant Lights for Your 3D Interior Design

Are you looking to add a touch of elegance to your 3D interior decor? Look no further than our collection of **stylish glass pendant lights**. With three stunning versions available, including Sphere, Pear, and Capsule, these 3D models are perfect for bringing warmth and sophistication to any space.

The Perfect Combination of Glass and Metal

Made from high-quality glass and metal, these pendant lights effortlessly blend modern design with timeless elegance. The luxurious **brass and silver fittings** add a touch of sophistication, making them a versatile choice for various interior styles.

Measurements and Weight

Each pendant light boasts a unique set of measurements, allowing you to find the perfect fit for your 3D room design. The **Sphere** model measures Ø = 24cm and H = 22cm (Htotal = 43cm), the **Pear** model measures Ø = 25cm and H = 27cm (Htotal = 49cm), and the **Capsule** model measures Ø = 15cm and H = 42cm (Htotal = 62cm). Each light comes with a 1.5-meter cord, providing flexibility in installation.

Moreover, with a total package weight of just 1.7kg per light, these pendant lights are lightweight yet durable, ensuring hassle-free installation.

Enhance your 3D Interior Design with Uber Chic Pendant Lights

If you're aiming to impress your guests and elevate your 3D interior design, our glass pendant lights are a must-have. The stunning design and sleek finish add just the right amount of zest to any living space.

With the versatility to mix and match lights in various lengths, you can create a customized lighting arrangement that fits your style and preferences. Whether you're designing a stylish living room, a cozy bedroom, or an elegant dining area, our pendant lights will add a touch of sophistication to your 3D home design.

Interested in downloading these stylish pendant lights for your 3D room design? Visit our website here to explore more and discover how you can enhance your 3D interior with these remarkable 3D models.