VT-702CL-SN CANLESS FIRE RATED GU10 FITTING IP65 SATIN NICKEL BEZEL

Description

The VT-702CL-SN Canless Fire Rated GU10 Fitting with IP65 Satin Nickel Bezel by V-TAC is a premium, stylish, and safe lighting solution for modern interiors. This fire-rated downlight offers up to 90 minutes of fire protection, ensuring compliance with building regulations while maintaining an elegant appearance. The satin nickel bezel provides a sophisticated finish, making it a versatile option for any contemporary or classic décor. With its IP65 rating, this fitting is suitable for wet areas like bathrooms and kitchens, as well as other spaces in your home or workplace.

Features and Benefits:

1. Fire-Rated Safety: Certified for up to 90 minutes of fire resistance, this fitting prioritizes safety without compromising on style.
2. IP65 Waterproof Rating: Designed to withstand moisture and dust, it is perfect for wet areas such as bathrooms, kitchens, and outdoor soffits.
3. Elegant Satin Nickel Bezel: The satin nickel finish offers a modern yet subtle aesthetic, blending seamlessly with a variety of interior styles.
4. Canless Design: This streamlined fitting eliminates the need for bulky housing, ensuring a clean and uncluttered ceiling appearance.
5. GU10 Compatibility: Compatible with GU10 LED or halogen bulbs (not included), allowing you to customize your lighting to suit your needs.
6. Durable and Long-Lasting: Crafted with high-quality materials, this fitting is built to endure daily wear and tear while maintaining its polished appearance.
7. Simple Installation: Designed for quick and easy installation, the fitting includes all required components for a hassle-free setup.
8. Versatile Applications: Ideal for bathrooms, kitchens, living rooms, hallways, and commercial spaces where fire-rated and waterproof lighting is essential.

Upgrade your lighting with the VT-702CL-SN Canless Fire Rated GU10 Fitting. Its combination of advanced safety features, modern design, and versatile functionality makes it a reliable choice for any space.