Nobel Fan Heater with Thermostat Control and Overheat Protection with Copper Motor, 2000W, NFH100, White

The Fan Heater With a White Colour, it looks very good in this Colour that you can add another device to your house as additional decoration to your house. And it allows you to enjoy the warm air during winter season. ((My Features)) It has an adjustable Thermostat control with High Heat efficiency and Overheat Production. It is a compact design and fits perfectly any location you would like to place. ((My Performance & Value Delivered)) Because we value our consumers, we put a lot of emphasis on durability, efficiency, and Quality. Having 2000W Rated power and Copper motor, it performs up to the level which meets the satisfaction of the customer. ((My Specifications)) Colour: White BS plug 220V~/50H 200W Rated power. Adjustable Thermostat Control. High Heat Efficiency. Highlights: Fan Heater for Fast and Effective Heating: The NFH100 is a fan heater designed for quick and effective heating, ensuring your space becomes comfortably warm in no time High Heating Efficiency with Adjustable Thermostat Control: Benefit from high heating efficiency and customize your heating experience with the adjustable thermostat control, allowing you to set the desired temperature. Overheat Protection for Safety: The fan heater is equipped with overheat protection, ensuring safe operation and providing peace of mind during extended use. 2000W Max Rated Power for Substantial Heat Output: With a robust 2000W max rated power, this heater delivers substantial heat output, making it suitable for various room sizes and environments 220-240V~, 50Hz Operation with BS Plug: The heater operates at 220-240V~, 50Hz, and features a BS plug for quick and safe installation, ensuring compatibility with your electrical system. Compact and Lightweight Design for Versatile Placement: With a net weight of 1.3 Kg and compact product dimensions (212x146x348 mm), the NFH100 is easy to place and move around, offering versatile heating solutions for different spaces