Leave your message and you’ll get：
● 24*7 online service support ● Articles in the hair dryer industry ● Sometimes maybe Discount
● 24*7 online service support ● Articles in the hair dryer industry ● Sometimes maybe Discount
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.
Read more
1. Conduction loss: The conduction loss of the selected driving tube directly affects the efficiency and temperature of the driving circuit. Generally, MOSFETs have low turn-on voltage and small conduction loss, so they are widely used in practical applications. Although IGBT is not as excellent as MOSFET in terms of turn-on voltage, it has higher hardness during switching and can withstand higher loads, making it widely used in motor load situations. 2. Switching loss: In the process of driving brushless motors, switching loss is also an important indicator. MOSFETs have faster switching speeds and lower switching losses compared to IGBTs, making them an ideal choice for applications that require frequent switching. 3. Circuit voltage: The voltage range that the selected driver tube can withstand and the power supply voltage of the circuit need to be considered. For example, small brushless motors can be driven at low levels, while high-power brushless motors require high voltag
1. IGBT type IPM This type of IPM mainly consists of IGBT (Insulated Gate Bipolar Transformer) and driving circuits, which have the advantages of fast switching speed and high integration compared to other power devices, and are widely used in the field of motor control. 2. MOSFET type IPM This type of IPM consists of MOSFETs (Metal Oxide Semiconductor Field Effect Transistors) and driver circuits, which are more suitable for high-frequency operations and can increase output power than IGBTs. They are suitable for high-speed motor drive systems and other high-performance applications. 3. SiC and GaN type IPM This type of IPM is a new type of intelligent power module, composed of SiC (Silicon Carbide) or GaN (Gallium Nitride) power devices, with advantages such as high speed, efficiency, and high power density, suitable for high-performance applications in new energy vehicles, aerospace, and other fields. 4. GTO type IPM This type of IPM consists of GTO (Gate Turn Off thyrist
A pet hair dryer is an electric tool designed specifically for drying and beauty care of pets, and is an application of high-speed hair dryers. By using a pet hair dryer, various purposes such as beauty, dryness, and cleanliness can be achieved, bringing pets a healthy, beautiful, and comfortable living environment. Compared to ordinary high-speed hair dryers, pet hair dryers are lighter, easier to handle, have less noise, and also have the following characteristics: 1. Adjust air volume and temperature The pet hair dryer can adjust the air volume and temperature through the controller to meet the different wind speeds and concentrations required by different types and sizes of pets. At the same time, it can also control the temperature to avoid discomfort or injury caused by high temperatures to pets. 2. Absorb hair and invisible dust to the naked eye Pet hair dryers are usually equipped with modules to absorb hair and invisible dust, which can absorb hair and dust while blowi
1. Quick drying: The high-speed hair dryer can quickly dry hair with strong wind power, saving valuable time. For guests and hairdressers, this means faster service speed and higher efficiency. 2. Smoothness and styling: The wind power of a high-speed hair dryer can quickly dry hair and open hair scales, making it smoother. This provides an ideal foundation for further hairstyle and styling, allowing the hairstyle to be maintained for a longer period of time. 3. Curling treatment: The high-speed hair dryer can be used for curling and perming hair. By controlling the angle and wind force of the air duct, it is easy to create a natural and elastic curling effect, or make the perm more durable. 4. Product fixation: In the process of beauty and hair styling, hair dryers can be used to fix the products used, such as hair gel, wax, or hair paste. The wind power of a high-speed hair dryer can help products dry quickly, enhance durability, and make hairstyles look more natural. 5. Repair
1. Functional diversity: Provides multiple functions, such as different wind speed and temperature adjustment options, to meet the different needs of users. It can also add a cold air function to facilitate shaping and cooling after shaping, while also reducing thermal damage. 2. Weight and portability: When designing, consider reducing the weight of the air duct to make it lighter, more convenient to carry and use. At the same time, an ergonomic grip design is added to better fit the user's hand posture and comfort. 3. Noise control: By optimizing the design of the air duct and motor, the noise level of the air duct is reduced. Measures such as shock-absorbing structures and sound insulation materials can be adopted to provide a quieter user experience. 4. Safety considerations: Add overheating protection devices in the design to avoid harm to users in case of overheating. Meanwhile, anti slip design can be considered to reduce the risk of accidental sliding or falling. 5. Sim
1. Air duct shape: The shape of the air duct has a significant impact on the performance and effectiveness of the air duct. Usually, designers choose smooth and streamlined duct shapes to reduce wind loss and turbulence in the airflow, thereby improving wind speed and stability. 2. Material selection: The material of the air duct should have good thermal conductivity and high temperature resistance to withstand high-speed airflow and heat. Common materials include thermoplastic plastics, metals, and ceramics. 3. Diameter and length: The diameter and length of the air duct directly affect the wind speed and airflow of the air duct. Generally speaking, larger diameter and shorter length air ducts can provide higher wind speed and airflow, but they can also increase noise. Designers need to balance these factors based on usage needs. 4. Air outlet design: The design of the air outlet is also an important part of the air duct design. The air outlet should have a suitable shape and s
