Hair Dryer Philips 5000 series BHD501/20 2100 W

The Philips 5000 series BHD501/20 Hair Dryer delivers efficient drying with a 2100 W motor in a compact white design. Featuring ThermoShield technology to help control air temperature and reduce heat damage, this model includes a hanging loop for easy storage and a DC motor for reliable performance. The dryer is designed for use with 220–240 V AC mains and combines rapid drying with user-friendly controls.

Advantages

ThermoShield technology actively regulates the dryer air temperature to an optimal level to help protect hair from excessive heat. The 2100 W power provides fast drying, while ionic function reduces frizz for a smoother finish. Multiple heat and speed settings plus a cool shot allow tailored styling, and the DC motor enhances durability and consistent performance.

Suitable for

• Daily home drying and quick touch-ups
• Styling with reduced frizz thanks to the ionic function
• Users who need variable heat and speed settings
• Those who prefer a lightweight, easy-to-store hair dryer

Key specifications

• Power: 2100 W
• ThermoShield technology for controlled air temperature
• Ionic function: Yes
• Cool shot function: Yes
• Number of heating levels: 3
• Number of speeds: 2
• Motor type: DC
• AC input voltage: 220–240 V
• Product colour: White
• Model / MPN: BHD501/20
• EAN: 8710103998136

How to use

Start with towel-dried hair and select the desired heat and speed setting for your hair type. Hold the dryer at a safe distance and move it continuously to avoid concentrating heat in one spot. Use the ionic function and cool shot to reduce frizz and set the style: finish with a brief cool shot to lock the style in place. After use, switch off and unplug the dryer, allow it to cool, and hang by the loop for storage.

Recommendations

For best results, use medium heat for finer or damaged hair and higher heat for thicker hair, and combine lower speed with a concentrator or styling brush for smoother styling. Avoid prolonged exposure of any single hair section to high heat.