Comparison of nanocare Hair Dryers
NEW Hair Dryer nanocare |
NEW Hair Dryer nanocare |
Hair Dryer nanocare |
NEW Hair Dryer nanocare |
NEW Hair Dryer nanocare |
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| Type | nanoe MOISTURE+(2nd Generation), minerals*1, and negative ions | nanoe MOISTURE+(2nd Generation), minerals*1, and negative ions | nanoe MOISTURE+, minerals*1, and negative ions | nanoe, minerals*1, and negative ions | Foldable |
| Moisture |  |
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| nanoe |  |
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| Color | - T (Authentic brown) | - K (Craft black) | - A (Deep navy) - P (Lavender pink) - W (Warm white) - H (Mist grey) |
- H (Noble grey) - E (Noble beige) |
- P (Moist pink) - H (Moist grey) |
| Minerals*1 | 〇 | 〇 | 〇 | 〇 | － |
| Negative ions | 〇 | 〇 | 〇 | 〇 | － |
| Personal menu | MOIST STRAIGHT AIRY SMOOTH |
MOIST STRAIGHT AIRY |
－ | － | － |
| Useful features | ●Anti-color fading*2 ●UV care effect ●Cuticle adhesion ●Static electricity suppression ●Inlet for easy care (filter) |
●Anti-color fading*2 ●UV care effect ●Cuticle adhesion ●Static electricity suppression ●Inlet for easy care (filter) |
●Anti-color fading*2 ●UV care effect ●Cuticle adhesion ●Static electricity suppression ●Inlet for easy care (filter) |
●UV care effect ●Cuticle adhesion ●Static electricity suppression ●Inlet for easy care (filter) |
●Static electricity suppression ●Inlet for easy care (filter) |
| Modes | ●Smart Sensing (Automatic Air Temperature Control) ●4 Modes ・Hot/Cold Alternating Mode ・Hair Tip Mode ・Scalp Care ・Skin Care |
●Smart Sensing (Automatic Air Temperature Control) ●4 Modes ・Hot/Cold Alternating Mode ・Hair Tip Mode ・Scalp Care ・Skin Care |
●Smart Sensing (Automatic Air Temperature Control) ●4 Modes ・Hot/Cold Alternating Mode ・Hair Tip Mode ・Scalp Care ・Skin Care |
●Smart Sensing (Automatic Air Temperature Control) ●4 Modes ・Hot/Cold Alternating Mode ・Hair Tip Mode ・Scalp Care ・Skin Care |
－ |
| Quick-Drying Nozzle | 〇(Installed in the main unit) | 〇(Installed in the main unit) | 〇(Installed in the main unit) | 〇(Installed in the main unit) | 〇(Installed in the main unit) |
| Ion charge | 〇(Ion Charge PLUS) | 〇(Ion Charge PLUS) | 〇(Ion Charge PLUS) | 〇(Ion Charge PLUS) | 〇 |
| Cool air | 〇 | 〇 | 〇 | 〇 | 〇 |
| Accessory | Volume Up & Straighter Set Nozzle Main Unit Stand Nozzle Stand |
Set Nozzle | Quick-Drying Nozzle for the Root Set Nozzle |
Set Nozzle | Set Nozzle |
| Compatible overseas | － | － | － | － | － |
| Power supply voltage | AC100 V 50-60 Hz | AC100 V 50-60 Hz | AC100 V 50-60 Hz | AC100 V 50-60 Hz | AC100 V 50-60 Hz |
| Power consumption (approx.) | 1200 W(Air volume (HIGH)/HOT/MAXIMUM OUTPUT) | 1200 W(Air volume (HIGH)/HOT/MAXIMUM OUTPUT) | 1200 W(Air volume (HIGH)/HOT/MAXIMUM OUTPUT) | 1200 W(TURBO/HOT) | 1200 W(TURBO/HOT) |
| Warm air temperature (when the room temperature is 30°C) | Approx. 95°C (Air volume: High/HOT/STRAIGHT or AIRY) Approx. 90° (Air volume: High/HOT/MOIST or SMOOTH) |
Approx. 95°C (Air volume: High/HOT/STRAIGHT or AIRY) Approx. 90°(Air volume: High/HOT) |
Approx. 95 ℃ (Air volume (HIGH)/HOT)/ Scalp Care Mode: Approx. 60℃ | Approx. 95 ℃ (TURBO/HOT, DRY/HOT) | Approx. 95 ℃ (TURBO) |
| Air volume | 0.8 m3/minute (Air volume: High*4) | 0.8 m3/minute (Air volume: High*4) | 1.6 m3/minute (Air volume: High*4) | 1.5 m3/min (TURBO*4) | 1.5 m3/min (TURBO*4) |
| Power cord length (approx.) | 1.7 ｍ | 1.7 ｍ | 1.7 ｍ | 1.7 ｍ | 1.7 ｍ |
| Main unit dimensions | H21.0 x W17.3 x D7.9 cm | H21.0 x W17.3 x D7.9 cm | H22.1 x W14.8 x D7.4 cm | H22.1 x W16.1 x D7.4 cm | H22.1 x W16.1 x D7.4 cm |
| Main unit weight (approx.) | 590 g(Excluding Volume Boost & Straighter and Set Nozzle) | 590 g(Excluding Set Nozzle) | 550 g(Excluding Quick-Drying Nozzle for the Root and Set Nozzle) | 580 g(Excluding Set Nozzle) | 565 g(Excluding Set Nozzle) |
・nanocare ULTIMATE is a series equipped with nanoe, which has the highest hair care effect among our hair dryers.
*1 The minerals are zinc particles generated from a discharge unit containing a zinc electrode.
*2 The effect varies depending on the color agent, the usage environment (season, humidity, etc.), and individual differences.
*3 Air volume from the dryer’s inlet (measurement method is based on JIS C 9613)
*4 When nozzle is not attached