Aluminumalloy 6blade heatpowered stove fan designed to improve heat circulation and make wood and particleburning appliances more efficient. Key benefits Faster, more even heating: Six blades move warm air away from the stove or chimney pipe and distribute it into the room, helping spaces warm up quicker. Increases furnace efficiency: By circulating heat that would otherwise build up near the stove, the fan helps make fuller use of the furnace's output. Compact, spacesaving mounting: Designed for installation on a chimney/tube fireplace pipe so it does not take up additional floor or stove space. Durable and lightweight: Made from aluminum alloy for strength with minimal weight. Selfpowered by stove heat: Operates from the stove's heat without needing external electricity or batteries (heatpowered). Features and specifications Material: Aluminum alloy — sturdy and lightweight construction. Blades: 6blade design for improved airflow and heat transfer. Mounting: Tube fireplace/furnace fan can be mounted on the chimney/pipe; compact footprint. Compatibility: Suitable for woodburning ovens, particle/pellet stoves, and similar solidfuel appliances. Operating temperature: 60–350°C (140–662°F); performance around 250°C (482°F). Note: actual airflow and efficiency depend on stove temperature. Typical applications Woodburning oven: Place on the chimney pipe to circulate warm air into adjacent rooms and reduce hot spots near the oven. Pellet/particle stove: Improve distribution of generated heat to raise comfort without increasing fuel use. Fireplace or metal stove with pipe: Mounted on the flue tube to move heat away from the chimney area and into living space, saving space on and around the appliance. Installation and performance notes Mount on a straight section of the chimney/tube pipe where temperatures fall within the operating range. Performance varies with stove temperature; results near 250°C (482°F). Built for simple, compact installation; keeps the surrounding area unobstructed. This fan provides a practical way to enhance heat distribution and heating efficiency for wood and particlefueled appliances while remaining compact, durable, and selfpowered.