Product code: ULESM 1400W Brushless Hair Dryer Super Fast Drying Low Noise Negative-Ion - deals Grey
【ULTRA-FAST DRYING BRUSHLESS MOTOR + 1400W Powerful Hair dryer】: 1400W Brushless Motor can generate a strong speed of 120,000rpm, a high-speed airflow of 19m/s per deals second, about 8 wind levels, and maintain a constant temperature to achieve ultra-fast drying with no heat damage 【NEGATIVE ION GENERATOR】: New ionic hairdryer can release 20 million/cm³ of nano ions during drying, that helps smooth hair and frizz-free. Intelligent thermal control measures outlet heat up to 1,000 times per second, ensuring consistent temperature and air distribution for fast, uniform drying so you don't have to worry about extreme heat damage. 【POWER AND VERSATILITY FOR EVERY HAIR TYPE】: Fast-drying hair dryer for straight, wavy, curly, and coily hair. 【65db Low Noise Technology】: This hairdryer automatically restores the gear that was adjusted the last time it was turned off.Built-in high sound insulation intake device and German PI sound-absorbing material layer, through a variety of noise reduction design.
【ULTRA-FAST DRYING BRUSHLESS MOTOR + 1400W Powerful Hair dryer】: 1400W Brushless Motor can generate a strong speed of 120,000rpm, a high-speed airflow of 19m/s per deals second, about 8 wind levels, and maintain a constant temperature to achieve ultra-fast drying with no heat damage 【NEGATIVE ION GENERATOR】: New ionic hairdryer can release 20 million/cm³ of nano ions during drying, that helps smooth hair and frizz-free. Intelligent thermal control measures outlet heat up to 1,000 times per second, ensuring consistent temperature and air distribution for fast, uniform drying so you don't have to worry about extreme heat damage. 【POWER AND VERSATILITY FOR EVERY HAIR TYPE】: Fast-drying hair dryer for straight, wavy, curly, and coily hair. 【65db Low Noise Technology】: This hairdryer automatically restores the gear that was adjusted the last time it was turned off.Built-in high sound insulation intake device and German PI sound-absorbing material layer, through a variety of noise reduction design.