The ZYC 4" Selectable Retrofit LED Downlight with Brushed Nickel Baffle Trim is an ideal lighting solution for both residential and commercial spaces. Designed for versatility and energy efficiency, this downlight enhances the ambiance of any room while providing customizable lighting options.

Crafted with a sleek brushed nickel finish, this downlight seamlessly blends with modern decor. It features selectable color temperatures, allowing users to choose from five different settings: 2700K, 3000K, 4000K, 5000K, and 6000K. This flexibility eliminates the guesswork in selecting the right color temperature for your environment.

The dimmable function adjusts brightness smoothly from 10% to 100%, ensuring optimal comfort for your eyes. With its compact design, the 4" brushed nickel recessed light fits easily into standard 4" housing, making installation straightforward and versatile. Safety is a priority; the lights are insulated to prevent overheating, reducing the risk of fire hazards.

Perfect for a variety of applications, these downlights are damp-rated and suitable for use in bedrooms, living rooms, kitchens, hallways, and bathrooms. Key Features: Selectable Color Temperatures: Choose from 2700K to 6000K for personalized lighting. Smooth Dimming Capability: Adjust brightness from 10% to 100% for optimal eye comfort.

Compact Design: Fits easily into standard 4" housing for versatile installation options. Reliable Safety: Insulated construction prevents overheating and reduces fire risk. Damp-Rated: Suitable for installation in moisture-prone areas like bathrooms and kitchens. Top-Rated Performance: Trusted brand ZYC ensures quality and durability in every downlight.

Wide Application: Ideal for residential and commercial use in various settings. The ZYC 4" Selectable Retrofit LED Downlight is perfect for homeowners, interior designers, and contractors seeking an efficient and stylish lighting solution. With its customizable features and reliable safety aspects, this downlight is an excellent choice for creating the desired atmosphere in any space.