Skyworth Ultrasonic High-speed Hair Dryer

* 120,000 RPM: Hot and cold circulating air two-speed mode, tested with a high-speed stroboscope. Test report number: MTD20240312A01, data from SKYWORTH Labs.
* 63m/s: Under the standard laboratory environment (20°C+5°C) use a Pitot tubeanemometer to test the air velocity of the hair dryer outlet when the hair dryer is running in the high-speed gear Test Distance: Close to the air outlet of the hair dryer (0cm). Test report number: MTD20240325A01.
* 100 times / second: Board PCBA software internal settings, 100 times per second using the temperature controller NTC for temperature detection to ensure that the temperature of the air outlet is normal, to prevent high-temperature thermal damage to hair.
* 300 million: data from SKYWORTH laboratory, negative ion concentration area of 300,000,000 ions/ m³ in the laboratory standard environment (23+2℃), the hair dryer in the high-speed cold wind gear operation using negative ion detector to test
the hair dryer outlet of the negative ion concentration of the test distance: from the air outlet 0cm. test report number: MTD20240311A01.
* Damage: Consider six key parameters that cause damage to the human body and hair, including motor speed, wind speed, wind temperature*, negative ion concen-tration, noise level, temperature controller NTC.Experimental samples: Computer simulation of 50,000 high-speed hair dryers and 50,000 traditional hair dryers.
* 10 types: Hair-blowing styles based on different combinations of 5 wind tempera-tures and 2 wind speeds.
* 419 g: Bare weight of the body, without power cord.
* 10x: Use GPT-4 to compare the level of hair damage caused by conventional hair
dryers and high-speed hair dryers. The damage factor takes into account six key parameters that cause damage to the body and hair strands, including motor speed, airspeed, air temperature, negative ion concentration, noise level, and tem-perature controller NTC.
* 54dB: Data from SKYWORTH Labs, test conditions for 0-6 years old children mode second gear, no accessories with the microphone at a horizontal distance of 100cm, the average value of the sound pressure level measured. Test report number MTD20240312A02.
* Save half the dry hair time: Data from in-house experiments. In a self-assessment test of SKYWORTH Ultrasonic hair dryers conducted in March 2024 on 50 lab Beta test users, 46 users said they could dry their hair in 3 minutes or less. Compared to
traditional hair dryers that save half the drying time, recognition is from the per-spective of usage and styling habits compared to previous hair drying experiences.
Actual results vary from person to person. Test report number: MTD20240313A01.
* 3 minutes: Data from in-house experiment. In a self-assessment test result of the SKYWORTH Ultrasonic Hair Dryer conducted in March 2024 for 50 lab Beta test users, 46 users agreed that hair can be dried in 3 minutes or less (including 3 min-
utes). The recognition is from the point of view of usage and styling habits, com-pared to previous hair-drying experiences. Actual results vary from person toperson. Test report number: MTD20240314A01.
* 57 ℃ ℃: data from SKYWORTH Labs, test report number MTD20240319A01. testenvironment temperature selected 25 ℃. Test Methods: Tested with a 53-point test suit respectively in the product low-speed, and high-speed hot air gear outlet test,
the actual deviation +15 ℃.
* 10 noise reduction: turbojet engine line design, T-type heating wire, semi-closed deflector, suspended rubber sleeve, motor impeller noise reduction, honeycomb mesh, noise-reducing cotton, tail noise-reducing cotton, noise-reducing design of the metal-air inlet mesh, inlet grille 10 noise reduction design.
* 0.001mm: High-speed motor machining process using aerospace-grade 6061 alu-
minum alloy fan blade 5-axis CNC precision engraving process
* hyperZen: High-speed hair dryer system, including motor and air duct technology.
Long press the function button for three seconds to enter the boost mode (Beta stage), the peak speed in boost mode can reach 120,000 rpm. Duct structure patent number:202223197214.1, 202222872160.8.
* Air temperature: Data from SKYWORTH lab, comparing without air nozzle.