The three power settings (800W, 1200W, 2000W) provide flexible heating options, allowing you to choose the perfect temperature for your space. The Overheat Safety Cut-Off feature ensures that the heater will automatically shut off if it overheats, providing extra peace of mind. Lastly, the Cord Storage Compartment allows you to neatly store the cord when the heater is not in use, keeping your space neat and organized.
The Remote Controlled Heater Operation is a high-quality heating solution for your home or office. It features a Touchscreen Control Panel that makes it easy to adjust the temperature, set a schedule, and control other features.
The three power settings (800W, 1200W, 2000W) provide flexible heating options, allowing you to choose the perfect temperature for your space. The Overheat Safety Cut-Off feature ensures that the heater will automatically shut off if it overheats, providing extra peace of mind. Lastly, the Cord Storage Compartment allows you to neatly store the cord when the heater is not in use, keeping your space neat and organized.
Lightweight and easy to move, this heater is ideal for any room in your home. Its sleek design will blend seamlessly with any décor. Stay warm and comfortable all winter long with the 9-Fin Electric Digital Oil Filled Radiator Heater.
PRODUCT FEATURES:
Remote Controlled Heater Operation
Touchscreen Control Panel
Three Power Settings: 800W, 1200W, 2000W
Overheat Safety Cut-Off
Cord Storage Compartment
USING ELECTRIC OIL-FILLED RADIATORS TO SAVE MONEY:
Oil-filled radiators are more energy efficient due to their ability to retain heat for longer periods of time. The oil in the radiator acts as a heat sink, storing the heat generated by the heating element and gradually releasing it into the room.
This means that the radiator doesn't have to work as hard to maintain the desired temperature, which results in lower energy consumption. Additionally, some oil-filled radiators have thermostatic controls, which can further improve their efficiency by adjusting the heating output in response to changes in room temperature.