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Professional AC/DC/BLDC hair dryer
Product Specification
Voltage and power:
220-240V 50/60Hz 2000-2400W (AC)
220-240V 50/60Hz 1800-2000W (DC)
Speed switch: 0 -1-2
Temperature switch: 0-1-2
Cool shot button
AC/DC/BLDC motor for option
Hang up loop for easy storage
Certificate
CE ROHS
Professional and strong motor with AC/DC/BLDC capabilities offers several modes of operation.
Cool shot button with lock feature allows you to release your finger, making it simple to manipulate.
The product's lifespan and service effect are increased by the detachable mesh cover design, which makes it easier to clean the air net on a regular basis and permits normal air entry.
Six modes with a cool shot button, temperature and speed switches that are 0-1-2
"Speed" switch: It provides a freely chosen wind output with varying motor speed and has low and high speed wind settings. It provides various considerations for hairs in varying states, such as semi-dried or moist.
The "temperature" switch features three settings: low, medium, and hot. It provides gentle care for hair of varying quality. Also, the variable temperature used for different conditions like as styling or drying the hair.
"C" Button: Press this button to quickly and comfortably dry your hair by turning the hot wind settings 1 and 2 into a natural cool wind at the appropriate speed.
OEM 2000pcs for package design
what's the difference between AC motor hair dryer and DC motor hair dryer?
The main difference between an AC motor hair dryer and a DC motor hair dryer is their motor type and how they work. Their differences are detailed below.
Motor type: AC motor hair dryers are powered by alternating current (Alternating Current), while DC motor hair dryers are powered by direct current (Direct Current). AC motors are generally larger and more common, while DC motors are smaller and lighter.
Power and speed: Due to the design and structure of AC motors, their output power is usually higher and they can provide higher wind speeds and hot air temperatures. The DC motor is relatively small and has low power, so its wind speed and hot air temperature are low.
Noise: Relatively speaking, AC motors usually produce louder noise, while DC motors are quieter. This is because AC motors produce current waveforms that cause vibration and noise, while DC motors are smoother and quieter.
Power consumption: AC motor hair dryers usually consume more electricity and have higher power consumption. DC motor hair dryers have relatively low power consumption and are more energy-saving. This means that we can save energy and electricity bills when using a DC motor hair dryer.
Life: AC motors tend to have higher durability and longer life due to the complexity of their structure and components. The life of DC motors is relatively short, especially under high load or long-term use.
Price: Relatively speaking, AC motor hair dryers are usually more expensive, while DC motor hair dryers are relatively cheaper. This is because AC motors are more expensive to manufacture and design, while DC motors are relatively cheaper.
To summarize, the main differences between AC motor and DC motor hair dryers are power, speed, noise, power consumption, lifespan and price. AC motors generally have higher power and wind speeds, but are also larger, noisier, more power-hungry and more expensive. In comparison, DC motors are smaller, quieter, more energy-efficient and cheaper, but have lower power and wind speed. Which type of hair dryer you choose depends on your personal needs and preferences.