Midea NTK15 is a compact, energy-efficient, and safe PTC ceramic fan heater that is ideal for providing supplemental heat in various locations. Its PTC heating element operates at around 200°C, eliminating the risk of flames even if the unit falls on flammable surfaces. With a power consumption of 1500W, it can generate up to 5200 BTU of usable heat, providing quick and efficient warmth.
The Midea NTK15 features a 4-position control switch for selecting between OFF, LOW (approx. 1000 watts), and HIGH (approx. 1500 watts) settings. It also has an adjustable thermostat that allows you to set and maintain your desired temperature. The oscillation function ensures even heat distribution throughout the room.
Midea NTK15 is a compact, energy-efficient, and safe PTC ceramic fan heater that is ideal for providing supplemental heat in various locations. Its PTC heating element operates at around 200°C, eliminating the risk of flames even if the unit falls on flammable surfaces. With a power consumption of 1500W, it can generate up to 5200 BTU of usable heat, providing quick and efficient warmth.
The Midea NTK15 features a 4-position control switch for selecting between OFF, LOW (approx. 1000 watts), and HIGH (approx. 1500 watts) settings. It also has an adjustable thermostat that allows you to set and maintain your desired temperature. The oscillation function ensures even heat distribution throughout the room.
Midea NTK15 is a compact, energy-efficient, and safe PTC ceramic fan heater that is ideal for providing supplemental heat in various locations. Its PTC heating element operates at around 200°C, eliminating the risk of flames even if the unit falls on flammable surfaces. With a power consumption of 1500W, it can generate up to 5200 BTU of usable heat, providing quick and efficient warmth.
The Midea NTK15 features a 4-position control switch for selecting between OFF, LOW (approx. 1000 watts), and HIGH (approx. 1500 watts) settings. It also has an adjustable thermostat that allows you to set and maintain your desired temperature. The oscillation function ensures even heat distribution throughout the room.
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