Mi Ionic Hairdryer
Drys rapidly and prevents moisture loss to protect your hair
Rapid air flow, protects with water ions丨NTC smart temperature control with alternating hot and cold air丨Magnetic nozzle rotates 360°
A hairdryer that moisturizes「1」
Water ions penetrate deep into your hair for lasting protection and a smooth shine
Neutralizes static electricity
Prevents dry, frizzy hair
Replenishes moisture
Smooth hair with no knots
Improves shine
For greater bounce and radiance
The secret to shiny, healthy hair
Ionic technology prevents dryness
The Mi Ionic Hairdryer features cutting-edge technology that dries and protects your hair at the same time. A built-in condensation needle condenses the moisture in the air and atomizes it into tiny negatively charged water ions, which are emitted from the nozzle. These ions keep the hair shafts closed and penetrate deep into the hair and scalp. They also reduce static electricity, which helps to prevent frizz and increases shine.
Separate water ion channel
Prevents loss of ions from heat and
ensures effective delivery over longer distances
The water ions are generated in a separate compartment to insulate them against the heat from the motor and ensure that they are delivered to the deepest layers of hair.
High air volume with smart temperature control
Dries rapidly while protecting hair
20000rpm
High-speed fan「2」
1.6m³/min
Rapid air flow「2」
NTC
Smart temperature control with hot and cold air cycling function
Tip: To prevent your hair from becoming trapped in the appliance, hold the hairdryer at least 10 cm away from your hair.
Powerful motor with ultra-quiet design
Rapid air flow for instant drying
The high-torque, high-velocity motor is made by the leading Japanese motor manufacturer Mabuchi Motor and features 6 wing-shaped blades. It generates an air flow of 1.6 m³ for a rapid drying effect. Each blade is subjected to a dynamic balance test to reduce the noise from the motor.
Premium thermostat and thermal fuse
Dual overheat protection mechanism
The hairdryer features a dual overheat protection mechanism. The power supply is automatically terminated when the temperature control unit detects that the temperature has exceeded a safe level. Meanwhile, a thermal fuse cuts power to the element in the event of excessive temperatures.
Overheat protection
Fuse protection
NTC smart temperature control with hot and cold circulating air function
Prevents hair damage from excessive temperatures
The built-in NTC temperature control unit automatically adjusts the flow of hot and cold air based on the ambient temperature. This helps to protect the hair shafts and prevents discomfort and hair damage caused by excessive temperatures. Two different air flow speeds to help your hair to retain its natural shine.
Hot air
Overheat protection
Alternating
hot/cold air
Fuse protection
Cold air
Fuse protection
Easy styling
Lightweight design
Lightweight design
360° rotating magnetic nozzle prevents burns
Targeted styling
Fully rotatable magnetic nozzle concentrates the flow of air for rapid drying and targeted styling. Dual-layer design significantly reduces the surface temperature to prevent burns.
Smooth UV coating
Dirt and scratch-resistant
Classic minimalist design with white coating, ideal for bathrooms and dressing tables. The dual-layer coating is resistant to dirt and scratches and has a sleek, smooth finish.
Compact design
Lightweight, ergonomic design ensures a comfortable grip, even during longer styling sessions. The compact size makes the hairdryer easy to store and carry in luggage.
*1 Compared with non-ionic hairdryers operated at the same voltage, power rating and function setting, the Mi Ionic Hair Dryer produces hair which is 71% smoother and 9.7% shinier. Report no.: SHES180800867373. Actual results may vary.
*2 According to the results of a 3-minute test when the hairdryer was operated at the rated voltage in high speed mode. The test data was provided by Lexiu Laboratories and is for reference only.
*The above data was obtained from laboratory tests conducted by Lexiu Laboratories. Due to differences in ambient conditions, test results may differ from the actual product.
