Enhance the efficiency of your wood, gas, or pellet stove with this high-performance Fireplace Fan, crafted from durable aluminum alloy for long-lasting use. Designed to operate without batteries, this eco-friendly stove fan automatically starts when the furnace surface temperature reaches approximately 122℉ (50℃), providing an energy-saving solution that reduces fuel consumption by up to 16%. Its quiet, spiral blade design ensures minimal noise operation, delivering powerful airflow without the disruption of loud blower sounds. Key Features: · Battery-Free Operation: Eliminates the need for batteries, cutting costs and lowering emissions by reducing fuel loss. · Automatic Self-Starting: Activates automatically at furnace temperatures around 122℉, offering hassle-free, ready-to-use performance without assembly. · Quiet Performance: Precision-engineered fan blades operate smoothly at 1400 RPM, producing only 25dB of noise for a peaceful environment. · Durable Aluminum Alloy Construction: Built to withstand high temperatures and frequent use, ensuring reliability and longevity. · Efficient Airflow: Generates an air volume between 180-220 CFM to distribute warm air evenly, improving heating efficiency and comfort. · Wide Compatibility: Ideal for wood, gas, and pellet stoves, making it a versatile accessory for off-grid living or anyone seeking to optimize furnace heat output. Specifications: · Item Type: Fireplace Fan · Material: Aluminum Alloy · Gross Weight: 720g (25.4oz) · Operating Temperature Range: 80℃ - 350℃ (176℉ - 662℉) · Fan Blades: 6 · Air Volume: 180-220 CFM · Wind Speed: 1400 RPM · Noise Level: 25 dB · Dimensions: 105 x 75 x 184 mm (4.13 x 2.95 x 7.24 in) · Diameter: 152 mm (6.0 in) · Color: Black Package Includes: · 1 x Fireplace Fan This battery-free Fireplace Fan is an efficient, quiet, and durable solution to enhance stove heat circulation, helping you save fuel and enjoy a more comfortable living space. Its automatic operation and robust construction make it an essential accessory for improving stove performance and reducing energy costs.