EVOFIRE Maxi Tilt Fire Rated Downlights

The EVOFIRE Maxi Tilt Fire Rated Downlights are advanced, fire-rated recessed lighting solutions that combine safety with performance, offering a reliable option for both residential and commercial applications. These downlights are designed to provide fire protection while also offering the flexibility of an adjustable tilt for directing light where it’s needed.

ire Rated Protection: Fire Safety: The primary feature of the EVOFIRE Maxi Tilt downlights is their fire-rated construction. These lights are built to maintain the integrity of a ceiling in case of a fire, offering up to 60, 90, or 120 minutes of fire resistance (depending on the specific model). This makes them perfect for use in multi-storey buildings, apartments, or commercial spaces where the spread of fire between floors must be contained. Building Regulation Compliance: These downlights meet important fire safety regulations, including compliance with UK Building Regulations Part B and BS 476 Part 21, ensuring safety in various commercial and residential settings.

Tilt Functionality: Adjustable Tilt: The Maxi Tilt feature allows the downlight to be tilted, typically up to 30° or 40°, providing flexibility in light direction. This makes them ideal for accent lighting or task lighting in areas where you need to direct the light at specific features like artwork, counters, or focal points. Customizable Lighting: The ability to adjust the light's angle offers versatility in creating the desired lighting effect or illuminating specific areas more effectively.

LED Compatibility: Energy-Efficient: The EVOFIRE Maxi Tilt downlights are designed to be compatible with LED bulbs, making them highly energy-efficient. LED lighting uses significantly less power compared to traditional halogen bulbs and has a longer lifespan, typically lasting up to 25,000 hours. Low Heat Emission: Since LED bulbs emit much less heat than incandescent or halogen alternatives, they are safer to use in fire-rated applications, reducing the risk of overheating or fire hazards.