Retro Hammered Metal Shade E27 Adjustable Industrial Ceiling Pendant Light

1. Introduction and Key Features: The Retro Hammered Metal Shade E27 Ceiling Pendant Light, also known as 6132, is a unique blend of vintage charm and contemporary elegance. Its modern industrial design features a dome-shaped metal shade with smooth contours and refined detailing for an unforgettable visual appeal. This fixture offers a versatile adjustable wire length ranging from 5 cm to 195 cm, allowing you to customize the hanging height according to your ceiling height and lighting needs in both compact and spacious interiors. 2. Material Quality and Maintenance: Crafted with high-quality metal materials, this Retro Hammered Metal Shade Pendant Light is built for durability, rust resistance, and reliable long-term use. It s suitable for both residential and commercial spaces, making it a dependable fixture choice. Designed to be easily cleaned and requiring low maintenance, the fixture helps maintain a fresh, polished, and stylish appearance in your space with minimal effort. This aspect makes it ideal for busy modern lifestyles. 3. Specifications, Bulb Compatibility, and Usage: The product s specifications include a shade diameter of 26 cm, ceiling plate diameter of 10 cm, adjustable wire length ranging from 5 cm to 195 cm, metal material construction, modern industrial style, painted finish, AC110V-240V voltage, and E27 bulb requirements. The Retro Hammered Metal Shade Pendant Light is compatible with all kinds of E27 light bulbs. Its primary usage is for indoor environments, making it perfect to illuminate dining tables, kitchen islands, countertops, or workspaces with focused downward lighting that enhances both function and ambiance. The pack includes the pendant lamp base, a light holder with 195 cm cable, lampshade, assemble parts, and an optional bulb for hassle-free installation and use. It s essential to note that due to product photography and manual measurement, slight color variations may occur, and delivery times can differ depending on the destination location.