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Appliance & Electronics Show (Dubai) 2024!
Date: 17–19 December 2024
Time: 10:00–18:00
Booth: AI105
Location: Dubai World Trade Centre
Exciting news from the world of beauty and tech enthusiasts! Our innovative D8 Hypersonic hair dryer made a remarkable debut at the COSMOPROF MIAIMl this January, capturing the interest of brands and distributors from around the globe. This event has set a new standard in hair care technology, emphasizing the D8's revolutionary features and performance.
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In ancient times, hair dryers had not yet been born, and bathing was a major project for the ancients. For officials, it was stipulated that they would take one day off every fifteen days for specialized bathing. After taking a bath, hair can only be dried by natural blow drying, wrapping with cloth, and drying by the edge of a brazier. The prototype of a hair dryer was born in the late 1880s, and its drying principle is not much the same as later hair dryers. That is a small brush made of porcelain, containing boiling hot water, which is transmitted to the porcelain through the heat of the hot water, thus achieving a dry hair effect during the combing process. In the 1890s, the Frenchman Alexander was inspired by a vacuum cleaner and invented the first true hair dryer. Its principle is that the human body applies weight to the hood and uses the gas from the hood to exhale hot air, which in turn dries the hair. However, it is impossible for every household to have such a big guy,
Choose a high-speed hair dryer When the temperature drops, if you want to accelerate the drying time, you need to increase the wind speed! The speed of a regular hair dryer ranges from 10000 to 20000 revolutions per minute, while a high-speed hair dryer is equipped with a DC brushless motor, which can often reach a speed of 80000 to 100000 revolutions per minute. As mentioned above, hair is prone to breakage at high temperatures, so we should choose a high-speed and low-temperature 50 ℃ hair dryer. The high airflow instantly takes away hair moisture, causing zero damage to the hair. When hair is wet, the scales are open. If the hair is dried at high temperature, it will cause a large amount of thermal fracture of the scales. If wet hair is directly combed, it is likely to cause the loss of hair scales. Preparing a absorbent towel to wrap your hair in advance and avoiding rubbing it back and forth is a crucial step. In summer, short hair can reach a semi dry state, making it e
The characteristics of the high-speed hair dryer solution are that the high-speed hair dryer solution is an advanced product design that adopts high-speed motor technology and intelligent temperature control system to provide a faster, more efficient, and more intelligent blowing experience. The following are the main features and technical advantages of this solution: 1. High speed motor: This solution adopts high-speed motor technology, which can provide speeds of up to tens of thousands of revolutions per minute, quickly blow dry hair, and save time. 2. Intelligent temperature control: Equipped with an intelligent temperature control system, it can monitor the temperature of the air outlet in real time and automatically adjust the blowing temperature to maintain a suitable temperature, protecting the user's hair and scalp. 3. Multi mode selection: This solution provides multiple blowing modes and functions, such as hot and cold air, shaping, drying, etc., to meet the needs of d
The use of DC brushless motors in high-speed hair dryers (air ducts) is a good solution, as it can provide higher efficiency, longer lifespan, and better control performance. Here is a brief explanation of the solution for the DC brushless motor of high-speed hair dryers: 1. Efficiency improvement: Compared to traditional brushless motors, DC brushless motors can more efficiently convert electrical energy into mechanical energy, reducing energy loss. This means that high-speed hair dryers can provide stronger wind power at the same power, thus completing tasks faster. 2. Extended lifespan: Due to the lack of vulnerable components such as brushes and collector rings, brushless motors typically have a longer lifespan than those with brushes. This is particularly important for high-speed hair dryers, as high-speed operation accelerates the wear of traditional brushed motors. 3 Precision Control: Brushless motors achieve precise control of speed and torque through electronic control
1. Motor design and optimization: Choose a high-efficiency DC brushless motor to reduce energy loss. Advanced motor design and magnetic circuit optimization can improve efficiency. When designing motors, pay attention to matching the rated power and voltage of the motor to avoid excessive or insufficient power, in order to maintain optimal efficiency. Use high-quality bearings and seals to reduce mechanical friction and energy loss. 2. Air duct design and optimization: Optimize the geometry of the air duct to ensure smooth fluid dynamics and reduce airflow resistance, thereby reducing the overall energy consumption of the system. Adopting a smooth internal surface and appropriate curve design to reduce turbulence and resistance of the airflow. Consider multi-stage fan design to improve wind pressure and flow efficiency. 3. Material selection and manufacturing process: Choose lightweight and high-strength materials to reduce overall weight, power consumption, and friction l
1. Faster drying speed: High speed air ducts are usually equipped with more powerful fans and motors, which can generate higher wind speed and air volume, thus significantly reducing drying time and providing faster drying effects. 2 Higher Efficiency: High speed air ducts typically use high-efficiency motor and fan designs to maximize the conversion of electrical energy into airflow kinetic energy, reduce energy loss, and thus improve overall efficiency. 3 Better drying effect: The high-speed airflow generated by the high-speed air duct can quickly remove moisture from the hair, thereby reducing the time hair is exposed to high heat and helping to reduce heat damage. 4. More Comfortable User Experience: The efficient drying of hair with high-speed air ducts means that users can complete the drying process faster, reduce the time spent using hair dryers, and provide a more comfortable user experience. 5. Reduce the risk of heat damage: Due to the faster removal of moisture by h
