VGR Hair Drying Brush BLDC Motor 110000 RPM V-476

What is VGR Hair Drying Brush BLDC Motor 110000 RPM V-476?

VGR hair drying brush BLDC motor 110000 RPM V-476 is displayed with the identity and model stated in the source, and the data mentions Professional VGR Hair Styling Brush V-476.

The source data adds that brush hair made of reinforced plastic or nylon, and also mentions the tool comes with 3 heat levels to suit different hair types and varied styling needs, in addition to a 2-meter cord that gives you greater freedom during use.

The source data adds that hair drying, and also mentions smoothing and straightening hair.

VGR Hair Drying Brush BLDC Motor 110000 RPM V-476 Specifications

• Professional VGR Hair Styling Brush V-476
• High-speed BLDC motor: 110,000 RPM
• 3 heat levels for appropriate styling control
• Hair drying brush (VGR V-476)
• Long electrical cable with insulation

Price of VGR Hair Drying Brush BLDC Motor 110000 RPM V-476

EGP 2,950

Benefits of VGR Hair Drying Brush BLDC Motor 110000 RPM V-476

• Specification clarity: Professional VGR Hair Styling Brush V-476
• Specification clarity: High-speed BLDC motor: 110,000 RPM
• Specification clarity: 3 heat levels for appropriate styling control
• Specification clarity: Hair drying brush (VGR V-476)

How to Use VGR Hair Drying Brush BLDC Motor 110000 RPM V-476

This brush is suitable for those who want VGR model V-476 with clear data about BLDC motor and 1400W power and three heat levels. When choosing, check the two-meter cord length and model number and 110000 RPM speed, then compare these details to your drying and styling needs. The description does not assume performance outside the registered specifications. Order V-476 now after confirming the displayed specifications suit your needs.

FAQs

What is the brush model number?

The model number is V-476 from VGR.

What type of motor?

Data mentions a BLDC motor.

What is the stated operating power?

The stated operating power is 1400 watts.

How many heat levels are there?

There are three heat levels according to available data.