Semiconductor Neck Fan With Active Cooling For Outdoor Wear

Worn around your neck, this does more than push warm air over skin as a handheld fan would. A semiconductor cooling core actively chills the air itself, wrapping your neck in a truly cold breeze even as outdoor temperatures climb toward 40°C (104°F).

Features

• Semiconductor cooling core — NTC technology combined with superconducting cold aluminium can lower the air temperature by as much as 15°C (27°F) in seconds, so it chills the breeze rather than merely circulating it.
• Turbo cold-air circulation — the airflow encircles your neck at the back, the top and the bottom, covering more than a typical neck fan can, and you notice it working shortly after you turn it on.
• 5200mAh dual-core battery — built on the advanced cell technology of new-energy sports cars, with single-cell capacity 45% greater and energy density 30% higher compared with a conventional pack.

Fit and daily wear

This neck fan is featherlight and contoured to rest close to the neck without digging in, so a whole outing is comfortable. A memory function also stores the last of the 3 speed settings you chose, so there is no need to reset it whenever you put it on again.

Colours available

Technical details

Common questions

Do I need ice or water for it to work?
No — the semiconductor core produces the cooling itself through NTC technology and superconducting cold aluminium, so there is nothing to freeze or top up.

Is my favourite speed saved?
Yes, its memory function retains your most recent choice among the 3 speeds, so it carries on from there every time you power it up.

How many speeds are there?
It offers three levels of refrigeration airflow, letting you turn the intensity up or down to match the heat.

Where should I use it?
It suits outdoor activities, sports and travel, as well as any day in a hot climate when you want personal cooling to accompany you.

Shipping is free on every order, with no minimum spend, and you can return it within 30 days. Real human support is here at .