Lightweight Creative Full Copper Aisle Light – Surface-mounted Corridor Lamp A Gift They'll Love [i0jQTZ5x]

Creative Full Copper Aisle Light

Elevate your transitional spaces with the Creative Full Copper Aisle Light, a sophisticated blend of luxury and minimalism. Crafted with a full copper body and smooth acrylic detailing, this surface-mounted corridor lamp is designed to enhance movement areas with an understated elegance. The warm metallic finish not only adds a premium feel but also complements any interior design. With its efficient inbuilt LED light source, this luminaire ensures long-lasting performance and hassle-free maintenance.

Key Features and Specifications

The Creative Full Copper Aisle Light is packed with features that make it a standout choice for any space. Its elegant full copper design, paired with a high-transparency acrylic diffuser, provides a striking visual appeal. With inbuilt LED technology, no bulbs are required, simplifying installation and maintenance. The available power options of 30W and 35W, along with voltage compatibility of 110V or 250V (non-polarized), make this luminaire versatile for various installations. Here are some of its key specifications:

• Power Options: 30W, 35W
• Material & Finish: Full copper body with acrylic elements
• Light Source: Inbuilt LED; no bulb required
• Color Temperature: Not specified
• Working Temperature: -20°C to 60°C
• Installation Type: Surface-mounted
• Maintenance: Long-life integrated LED for low upkeep

Applications and Usage Areas

Whether you're looking to illuminate residential corridors, staircases, hallways, or narrow passageways, the Creative Full Copper Aisle Light is the ideal solution. Its sleek, modern style makes it perfect for boutique hotel walkways, transition areas, galleries, niche spaces, and wall alcoves. The focused, elegant glow not only enhances movement areas but also adds a touch of sophistication to any space. This versatile luminaire is sure to be a standout feature in your home or business, providing both form and function.