Hair Dryer nanocare EH-NA0K Quick drying and heat control
1. Surprisingly quick-drying for its compact size
The highest air volume in nanocare*1 history
Through superior airflow efficiency, the hair dryer produces the highest airflow volume in nanocare history*1(1.6 m³/min. when set to HIGH airflow with no nozzle attached). Recommended for people who find drying their hair bothersome on busy mornings or when they want an early night.
2. Smart sensing feature controls the heat
A comfortable hair drying experience
The two sensors automatically control the air temperature to the optimal setting. During hot weather, it reduces the heat of the air for a comfortable drying experience.
Senses the air heat
Senses the room temperature
3.Use the nozzles based on your preferences
Four nozzles
Quick-dry nozzle
(installed in the dryer)
The variations in air flow strength make it easier to untangle wet hair
・When you want to dry your hair quickly
Quick-dry roots nozzle
(supplied with the dryer)
Concentrated air flow to reach even the roots
・For people with thick hair
・For people who struggle to dry their roots
NEWNightcap Nozzle
(supplied with the dryer)
Distributes air evenly while gently separating hair strands
・Styling on the following morning becomes easier*2
Styling nozzle
（supplied with the dryer）
Shallow, wide air flow that is easy to direct just where you want it
・When styling your hair
・Attach the Nightcap Nozzle when your hair is about two-thirds dry
Other features
The effects of 「nanoe MOISTURE＋」
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The large air volume combines faster drying and hair care
Keep your favourite colour beautiful for longer
Moisturising care for your scalp as well your hair
A range of modes to care for your hair, scalp and skin
Compact, light and shaped to be easy to use Evolved with an eye on functionality and beauty
*1 Amongst products marketed in Japan (set at airflow “HIGH” with no nozzle attached)
*2 Comparison of ease of hair brushing, manageability, bed hair prevention, and ease of styling in the morning with and without using the Nightcap Nozzle (Panasonic research)
● Measurement method of air volume is based on JIS C 9613
● Effects may vary depending on the usage environment (season, temperature, etc.) and the individual.
● Photos and illustrations of the product in use are just images.
● Product ratings and designs may be altered for the purpose of improvements etc. without any prior notice.
● Where there are no specific trial conditions listed, they are based on the HD-129 voluntary standard of Japan Electrical Manufacturers' Association.