Innovations Lighting - 616-1F-M8 - Smithfield - 1 Light Semi-Flush Mount In Industrial Style-8.25 Inches Tall and 6.5 Inches Wide

Product Overview

The Smithfield 1 Light Semi-Flush Mount fixture, designed by Bruno Marashlian, embodies a robust industrial aesthetic combined with farmhouse and vintage styles. Measuring 8.25 inches in height and 6.5 inches in both width and length, this semi-flush mount light is engineered to fit seamlessly into a variety of interior décors. Its cone-shaped shade, crafted from durable brass and steel, offers a refined yet rugged look suitable for residential applications.

Technical Specifications

This fixture supports a single incandescent bulb with a maximum wattage of 100 watts, providing ample illumination for medium-sized rooms or accent lighting needs. The design is compatible with multiple bulb types, including Incandescent, LED, Fluorescent, and Halogen, allowing for versatile lighting solutions. It features a flush-mounted installation facilitated by a 2mm cast canopy, ensuring a secure and streamlined ceiling attachment. Both the interior and exterior finishes of the metal cone shade are matched, enhancing the fixture’s cohesive visual appeal. Additionally, the product is UL/CUL damp rated, making it suitable for installation in areas with moderate moisture exposure such as covered porches or bathrooms.

Key Features

• Durable brass and steel construction with a cone-shaped shade
• Compatible with Incandescent, LED, Fluorescent, and Halogen bulbs up to 100 watts
• UL/CUL damp rated for versatile indoor use
• Flush-mounted design with a 2mm cast canopy for secure installation
• Matching interior and exterior finishes on the metal shade for uniform aesthetics
• Dimmable functionality for adjustable lighting ambiance

What's Included

• Smithfield 1 Light Semi-Flush Mount fixture
• 2mm cast canopy for flush mounting

What Needs to Be Ordered Separately

• Light bulb (compatible with Incandescent, LED, Fluorescent, or Halogen, max 100 watts)
• Dimmer switch if dimming functionality is desired