Laptops are easy to carry, but they also have a flaw - poor heat dissipation. Because the internal space of laptops is small, they are not as good as desktop computers in terms of heat dissipation system. Especially in summer, once the laptop is running, the body will be very hot. If the heat dissipation is not timely, it will cause problems such as laptop crashes, blue screens and freezes. Today, I will recommend a super practical laptop cooling artifact - Xingdong DC axial flow fan 8010, which can easily solve the heat dissipation problem! DC axial flow fan 8010 is specially designed for the notebook base, redefining the heat dissipation efficiency with military-grade quality, so that the device can say goodbye to high temperature problems.

The necessity of heat dissipation at the notebook base, why choose DC axial flow fan 8010?

When the notebook is running, the CPU and GPU temperatures are easy to exceed 90℃, resulting in performance frequency reduction, increased noise and hardware aging. Through the DC axial flow fan heat dissipation transformation, users can get the following significant improvements:
DC axial flow fan significantly cools down:
Optimize the air duct design and heat dissipation module to reduce high temperature freezes and ensure the stability of the game frame rate.

Reduce the temperature of core components to avoid automatic frequency reduction caused by overheating.
DC axial flow fans extend the life of hardware:
Avoid the risk of failures such as component desoldering and capacitor bulging caused by long-term high temperature.
Reduce hardware loss in high-frequency and high-load scenarios and improve equipment durability.
DC axial flow fan silent optimization:
By improving heat dissipation efficiency, the fan speed can be reduced by 20%-30%, reducing noise interference.
The core advantages of Xingdong DC axial flow fan 8010
DC axial flow fans are extremely small and adapt to compact space dimensions: 80×80×10mm, weighing only 43 grams, and can be easily installed in a small space.
Application case: Design notebook professional design work heat dissipation, business notebook daily office heat dissipation and other scenarios are compatible.
DC axial flow fans have strong performance and efficient heat dissipation air volume: 15.58-23.45CFM (depending on voltage and speed), quickly taking away heat. Speed: Supports 2000-3000 RPM, and the voltage can be adjusted as needed (5V/12V dual version). Noise control: 22.1-30.8 dBA, close to the "silent" level, to avoid interference with study and office.
DC axial flow fan protection and durability IP68: to cope with rainy days and humid environments. Sleeve bearing optional: long life design, reduce maintenance costs. Working temperature: -10℃ to 70℃, adapt to a variety of environments.
This data is only a general parameter, all products can be customized according to customer needs

Due to the strong adaptability of the performance and working voltage (such as 5/12V) of the DC axial flow cooling fan, it is suitable for various electronic devices (such as: power supplies, smart home appliances, racks, cabinets and various industrial equipment). When choosing a fan, we will recommend customers to choose the appropriate model and specification according to the equipment's heat dissipation requirements, space restrictions and the fan's silent requirements.
In order to adapt to the future development trend of high intelligence and high automation in the manufacturing industry, Xingdong has introduced a number of intelligent automation production lines. There are many advantages to using automated equipment to produce DC axial flow cooling fans, mainly including the following points:
1. Improve production efficiency: Automated equipment can significantly improve the efficiency of producing fans and shorten the production cycle.

2. Consistency of product quality: Automated equipment can ensure the consistency and stability of products, reduce human errors and irregular operations. From raw material processing to assembly, each step of automation can be precisely controlled to ensure that the performance and quality of each fan meet the set standards.

3. Reduce production costs: Although the initial investment is high, automated equipment can reduce labor costs and production consumables in the long term, and reduce waste caused by manual operations. Automation can also improve material utilization and reduce defective rates.

4. Improve production flexibility: Automated equipment can be quickly adjusted according to the needs of different cooling fans, allowing companies to respond to market changes more quickly and launch new products.

5. Improve working environment and safety: The automated production process reduces the opportunity for workers to be exposed to potentially hazardous environments, and can usually reduce working environment pollution such as noise and dust.