QUICO Hair Dryer 1875W BLDC, 110,000 RPM, Ionic, Ultra-Quiet & Lightweight

Powerful drying, thoughtful design

QUICO’s hair dryer combines a 1875W high‑speed BLDC motor with an aero‑sculpted airflow reaching up to 23 m/s and a remarkable 110,000 RPM. This setup is designed to speed through drying while delivering a smooth, salon‑like finish—often in minutes, whether you’re styling at home or between client sessions.

The motor’s speed is enhanced by an ion system that releases up to 200 million negative ions. The result can help reduce static and tame frizz as you work with your natural texture, especially when used with the included diffuser or concentrator nozzle.

Smart heat, glossy results

A smart heat sensor checks the temperature 1,000 times per second to minimize heat exposure and keep styling comfortable. This approach may help maintain shape across hair types, from straight to curly, without relying on high heat alone.

Versatile controls for every look

• Three heat levels and three speed settings give you nine possible combinations
• Cool air option helps set a style and reduces stiffness as you finish
• Ultra‑quiet operation at 58 dB makes it suitable for shared spaces

Light, balanced, travel‑ready

Weighing just 362 g, the QUICO dryer is designed for extended use without fatigue. An ergonomic handle and a thoughtfully placed control layout minimize unintended taps, while a streamlined air inlet helps keep the hand free for precise styling. The compact build also makes it a practical companion for travel or busy days at the salon.

Carefree maintenance and included accessories

• Washable air inlet filter keeps performance steady and clean
• Includes three nozzles and an instruction manual for quick setup
• Comprehensive service backing: 60 months of support for peace of mind

In short, QUICO’s hair dryer blends raw power with careful design for a flexible styling experience. While individual results vary, the combination of speed, ionic technology, and gentle heat exposure presents several well‑supported possibilities for smoother, frizz‑minimized results.