Temperature Resistant Stove Fan with Thermoelectric Power Supply Safety: Built with an anodized aluminum bracket, this fan is resistant to extreme heat. It maintains its structure and appearance even during prolonged operation at temperatures, ensuring reliable performance over time. Extended Service Life: Equipped with a doublelayer metal safety device at the bottom, the fan automatically reacts if the temperature reaches 300°C. This design gently lifts the fan to protect both the motor and internal components from damage. Energy Efficient and EcoFriendly: Powered by a thermoelectric module that generates electricity from heat, this fan operates without batteries or an external power source. By improving warm air circulation, it enhances comfort while reducing firewood consumption. Quiet Operation: Features an innovative design that delivers increased airflow with minimal noise. The fan runs so quietly that you will barely notice it, while still enjoying a warm and peaceful environment. Product Function and Compatibility: Designed for use on wood stoves, pellet stoves, or log burners. Compatible with most standard stove sizes. Suitable for both residential and cabin settings. Practical Use Scenarios: 1. In a living room with a woodburning stove, the fan helps evenly distribute heat throughout the space, reducing cold spots and keeping your family comfortable. 2. In a cabin, it allows efficient use of firewood by maximizing heat circulation, making indoor areas feel warmer faster. 3. In workshops or garages heated by a stove, it quietly moves warm air to create a comfortable working environment without the need for electric heaters. Material and Performance Specifications: Main structure: Anodized aluminum for durability and heat resistance. Safety mechanism: Doublelayer metal device activated at 300°C for motor protection. Power source: Thermoelectric module harnessing stove heat. Noise level: Lownoise operation for a quiet atmosphere. This stove fan is a reliable, lowmaintenance solution for improving warm air circulation, reducing fuel use, and creating a more comfortable indoor environment without additional energy costs.