For the person who does use the hair dryer, it is important to know about the wattage consumed by the hair dryer. this article will guide you about the wattage of hair dryers in detail, low-wattage dryers, the wattage list of hair dryers, the electricity used by the hair dryer, and the cost to run a hair dryer.
Hair Dryer Wattage
The wattage used by a hair dryer typically depends on the setting on which it is used. But the most common hair dryer voltage is 1875 watts
- When the hair dryer is used on the highest setting it typically uses 187 watts.
- When used on a medium setting it uses 975 watts.
- On the lowest setting, it uses approximately 862.5 watts.
Hair Dryer Wattage Explained
The wattage of a hair dryer does refer to the power rating of the hair dryer which means the maximum amount of power in watts that the hair dryer uses for performing normal operations. It will consume more electricity. Many people do think that the dryer’s wattage is related to its performance. For example, the higher the wattage of the dryer the higher the output will be as it will generate more heat and higher airflow. But many inefficient hair dryers do have higher wattage but the performance and the output is very low.
Low-Wattage Hair Dryers
The low-wattage hair dryer has a wattage range from 500 Watts to 1200 words. For example, the MHD (beta) mini hair dryer is the low-wattage hair dryer of 1000 watts and it is the most popular and highest-rated low-wattage hair dryer. It is obvious that the low-wattage hair dryer would not be in much demand than the higher-wattage hair dryer but it doesn’t mean that the low-wattage hair dryer is less effective.
How Many Watts Does A Hair Dryer Use?
In the case of the hair dryer, it is between 1000 watts and 2100 watts. If the hair dry is used at lower heat and speed then it will reduce the consumption of watts. And also the type of hair dryer impacts the amount that the device will use. for example, when we use a hair dryer with brushes and a bonnet it will have different wattage consumption when compared to the traditional hair dryer or blow dryer.
Hair dryer brushes:
- Hair dryer brushes do use wattage which is between 800 Watts and 1300 watts.
- The most common and maximum wattage used by hair dryer brushes is 1000 watts.
Bonnet hair dryer:
Bonnet hair dryer is basically designed so that it can be used in the home and uses wattage between 500 watts and 1200 watts.
Blow dryer:
The number of watts used by the hair dryer does depend upon the setting in which it is used. A blow dryer has three heat and two-speed settings. A blow dryer offers heat and speed settings that range from 2 to 12 settings. The most common setting the dryer is used is between two to seven settings.
The settings have the following impact on the wattage:
- The dryer when it is used at the highest heat and speed consumes 1432 watts.
- The dryer used at the highest heat and lowest speed consumes up to 729 watts.
- When used at the lowest heat and highest speed it consumes up to 650 watts.
The following table explains the number of watts used by the hair dryer on different heat and speed settings:
| Hair dryer setting | Amount of watts used as a % of the power rating | Example consumption (W) |
| Setting 3: Highest heat and speed | 100% of the listed wattage | 1,400 watts (i.e. the listed wattage) |
| Setting 2: Highest heat and lowest speed | 52% of the listed wattage | 729 watts |
| Setting 1: Lowest heat and highest speed | 46% of the listed wattage | 650 watts |
Dyson Hair Dryer Wattage
- The wattage used by the Dyson hair dryer is up to 1600 watts while consumed by the burst dryer or styler is 1300 watts.
- The Dyson Supersonic hair dryer series uses wattage up to 1600.
- The wattage consumed by the Dyson airwrap styler or brush dryer series is 1300 watts.
- The noise level of the Dyson hair dryer is 77 dB which is very much lower than the noise level that the environmental protection agency has mentioned.
- This hair dryer has a variety of heat and speed settings which means that it has more options for the number of watts consumed by the hair dryer.
Hair Dryer Wattage List
The following table explains the list of hair dryer wattage among the best-selling models:
| Hair dryer | Wattage |
| BaBylissPRO TravelFX | 1000W |
| Jerdon ProVersa 1250W | 1250W |
| Tineco Smart Ionic Hair Dryer | 1400W |
| Andis MicroTurbo Tourmaline | 1600W |
| Dyson Supersonic Hair Dryer | 1600W |
| Jerdon ProVersa 1600W | 1600W |
| Shark HyperAir Blow Dryer | 1680W |
| LPINYE 1800W Professional Hair Dryer | 1800W |
| Revlon Essentials Compact | 1875W |
| Revlon Essentials Volume Booster | 1875W |
| Revlon Perfect Heat Turbo | 1875W |
| Remington Pro Wet2Style | 1875W |
| Conair 1875 Watt Mid-Size Dryer | 1875W |
| Remington High-Speed Hair Dryer | 1875W |
| Conair 1875 Watt Cord-Keeper Folding Dryer | 1875W |
| Red by Kiss 1875 Pro | 1875W |
| DIY Stylist Petite & Powerful | 1875W |
| Belson Professional 1875W | 1875W |
| Conair InfinitiPro | 1875W |
| Conair InfinitiPro Compact | 1875W |
| Hot Tools Signature Series | 1875W |
| Andis Ceramic Ionic Hair Dryer | 1875W |
| TRESemmé Thermal Creations | 1875W |
| CHI Air Classic 2 | 1875W |
| Conair Pro Styler Ionic Conditioning | 1875W |
| Abody 1875W Professional Hair Dryer | 1875W |
| Jerdon ProVersa 1875W | 1875W |
| Rusk CTC Lite | 1900W |
| BaBylissPRO Nano Titanium | 2000W |
| BaBylissPRO Turbo Dryer | 2000W |
| Flower Ionic Pro Hair Dryer | 2000W |
| Babyliss Pro Ceramix Xtreme | 2000W |
| Turbo Power twin-turbo 3900 | 2100W |
How Much Electricity Does A Hair Dryer Use (In KWh)?
- Typically hair dryers use electricity between 1 kWh and 2.1 kWh per hour at the maximum setting.
- The most common amount of electricity the hair dry uses per hour is about 1.87 kWh.
- The hair dryer can consume electricity which could be as little as 0.5 kWh to as high as 3.6 kWh of electricity per hour.
The following table explains the hair dryer and the amount of electricity used by them in an hour at the maximum medium and low power settings:
| Hair dryer result category | Electricity used p/h – max (highest heat and speed settings) | Electricity used p/h – medium (highest heat and lowest speed settings) | Electricity used p/h – low (lowest heat and highest speed settings) |
| Most common | 1.875 kWh | 0.975 kWh | 0.8625 kWh |
| Low common | 1 kWh | 0.52 kWh | 0.46 kWh |
| High common | 2.1 kWh | 1.092 kWh | 0.966 kWh |
| Lowest recorded | 0.5 kWh | 0.26 kWh | 0.23 kWh |
| Highest recorded | 3.6 kWh | 1.872 kWh | 1.656 kWh |
Explain Hair Dryer Electricity Usage Per Minute
The following table explains the amount of electricity consumed by the hair dryer per minute:
| Hair dryer result category | Electricity used p/min – max used at highest heat and speed settings | Electricity used p/min – the medium used at the highest heat and lowest speed settings | Electricity used p/min – low used at lowest heat and highest speed settings |
| Most common | 0.0313 kWh | 0.0163 kWh | 0.0144 kWh |
| Low common | 0.0167 kWh | 0.0087 kWh | 0.0077 kWh |
| High common | 0.035 kWh | 0.0182 kWh | 0.0161 kWh |
| Lowest recorded | 0.0083 kWh | 0.0043 kWh | 0.0038 kWh |
| Highest recorded | 0.06 kWh | 0.0312 kWh | 0.0276 kWh |
How Much Does It Cost To Run A Hair Dryer?
- The most common wattage of a hair dryer costs 28 cents per hour to run.
- The range of the cost to run a hair dryer is from 7.5 cents per hour to 54 cents per hour.
- When it is used at the medium setting it approximately reduces to $0.15 per hour.
- The hair dryer used at a low power setting uses $0.13.
The following table explains clearly the cost to run a hair dryer in various settings:
| Hair dryer result category | Cost p/hr – max setting used at highest heat and speed settings | Cost p/hr – medium setting used at highest heat and lowest speed settings | Cost p/hr – low setting used at lowest heat and highest speed settings) |
| Most common | $0.28 | $0.15 | $0.13 |
| Low common | $0.15 | $0.08 | $0.07 |
| High common | $0.32 | $0.16 | $0.15 |
| Lowest recorded | $0.08 | $0.04 | $0.04 |
| Highest recorded | $0.54 | $0.28 | $0.25 |
Hair Dryer CFM (Airflow Rate)
The CMC of a hair dryer is the rate that shows the amount of the Year the hair dryer can move in cubic feet per minute. The hair dryer CFM is also called the hair dryer airflow rate.
The hair dryer having the higher hair dryer CFM rate will be able to move more air.
For example, the Dyson hair dryer is able to deliver an airflow rate of 13 liters per second Which makes the Dyson hair dryer CFM rate 27.5. You can also compare the CFM of a hair dryer with the CFM of a fan which includes the ceiling box.
The following table shows the list of the hair dryer CFM which is arranged from high to low:
| Hair dryer | CFM |
| Goody Flash Dry (no inlet grill) – heater H1 | 63.8 |
| Goody Flash Dry (no inlet grill) – new heater H7 | 55.7 |
| Conair Ion Shine – 121x | 47.7 |
| Revlon Essential Dryer (Fast Dry) – RVDR5048STK | 47.2 |
| Conair Ionic Cord-Keeper – 169PR | 46 |
| Infiniti Pro Conair – 259W | 45.7 |
| Infiniti Conair Cord-Keeper – 223X | 44.8 |
| Remington – AC-2015 | 39.1 |
| Super X Solano – 232X | 37.2 |
| Revlon 484 – RV484 | 36.6 |
| Centrix Q-Zone – 5517145 | 36.5 |
| Elevate by Andis – HVD-1 | 35.9 |
| New Heater Goody Smart Temp (with new heater) | 35.7 |
| Goody Smart Temp (with original heater) | 34.6 |
| Conair Yellow Bird – YB075W | 33.5 |
| Solano Turbo Ultra Lite – 545 | 27.2 |
| Silence HP – 385i | 19.7 |
Conclusion:
The wattage of a hair dryer does have an impact on the performance running cost and heat. On average the hair dryer wattage ranges from lower than 500 Watts to as high as 3600 words. The most common range of the hair dryer is 1000 watts to 21000 watts. The wattage consumption varies according to the power setting if the dry is used on the highest power setting it typically uses 1875 watts, in a medium setting it uses 97 5 watts and in a low setting it uses 862.5 watts. The hair dryer which is the environmentally friendly dryer is the eco-friendly parlux 3800 hair dryer.
FAQ’s
How Many Watts Is Good For A Hair Dryer?
Good hair dryers consume up to 1800 to 1875 Watts.
Talking about the Website, I was Very Fond of Electronics from a very small age and my love for it grew as time passed. I then Opted for Electronics as a subject in the College along with Research on my own.
I then decided to share my Gathered Knowledge with you guys, So that it can help you too for Making Decisions and Solving Problems.
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