Fireplace Fireback – Stainless Steel Heat Reflector Plate • Durable Stainless Steel Construction Made from quality stainless steel, this fireback is designed to withstand prolonged exposure to temperatures without warping. Its robust build ensures longterm reliability and safety, providing a stable addition to your fireplace setup during family gatherings or holiday celebrations. • Adjustable Tilt for Performance Equipped with adjustable support feet, the fireback offers tilt angles for heat reflection. This flexibility allows you to adapt the heat direction to your specific fireplace arrangement, enhancing thermal efficiency for various room layouts and heating needs. • Enhanced Heating Efficiency By reflecting heat back into the living space, this back plate boosts the overall performance of your fireplace. It is an effective way to maximize warmth during cold weather, keeping your home comfortable and inviting throughout the winter months while reducing wasted energy. • Protects Walls from Heat Damage Serving as a barrier between the flames and your wall, the fireback helps prevent potential heatrelated damage. This added protection extends the life of your fireplace area, ensuring safer operation during consistent seasonal use. • Practical Applications 1. Ideal for traditional woodburning fireplaces to improve room heating and protect surrounding walls. 2. Suitable for decorative fireplaces with active heat output, adding both function and style. 3. for homes in colder climates seeking a reliable way to enhance fireplace efficiency without upgrading the entire heating system. • Key Specifications Material: Stainless Steel Function: Heat reflection and wall protection Compatibility: Fits a variety of indoor fireplaces with adjustable tilt angles for custom positioning Performance: Resists warping, improves heating efficiency, and offers longlasting durability This stainless steel fireback combines practicality, protective features, and adjustable functionality to make your fireplace safer and more efficient across multiple use scenarios.