1 / 6

SHARP IG-NX15 High Concentration USB Car Air Purifier - Japanese Version - Black

Name: SHARP IG-NX15 High Concentration USB Car Air Purifier - Japanese Version - Black
Brand: SHARP
Price: 739 HKD
Availability: OutOfStock

HK$739.00 HK$1,299.00 Save HK$560.00

Quantity

退換貨政策

運費

SHARP IG-NX15 is the latest model and the successor of IG-MX15.

SHARP IG-NX15 USB Multi-Purpose Ion Car Air Purifier - Highest Concentration NEXT50000 -

The Sharp Plasmacluster Ion Generator is an in-vehicle device designed to improve the air quality inside the vehicle. This model, IG-NX15-W, features a stylish white design that blends seamlessly into any vehicle interior. It is equipped with Sharp's advanced "Plasmacluster NEXT" technology, which eliminates bacteria, viruses and odors from the air, providing you with a cleaner, fresher driving environment.

Approximately 20% increase in ion concentration: By increasing the ion concentration by approximately 20% compared to conventional models, we have demonstrated a new effect in addition to improved deodorization effect.
Deodorizes 6 major sticky odors: Effective against 6 annoying odors in your car
Create a quiet driving environment: Support the creation of a quiet driving environment, making it easier for people to concentrate and reduce the accumulation of stress
Fast Deodorization: Intensely releases ions for about 25 minutes to deodorize. After that, driving "Intermediate" keeps the interior comfortable.
USB power supply: can be used at home or in the office
Comes with 2-port USB car adapter
Collects pollen and fine dust: Equipped with a pollen trap filter that collects approximately 80%*16 of pollen and fine dust (approximately 10 µm or larger).

maintainance:

This product is an authentic product imported from Japan and is priced very preferentially. It is not subject to the brand's official warranty terms.
If the product has original factory problems (not man-made damage), we provide a 7-day "replacement" service.

Ion concentration increased by about 20%

By increasing the ion concentration by approximately 20% compared to conventional models, we demonstrated new effects in addition to improved deodorization effects.