Induction cookers are a popular appliance in modern kitchens due to their fast heating, precise temperature control, and adaptability to various cookware types. However, their core components, such as power transistors, generate significant heat during operation. The compact design of the cooker leads to heat accumulation, which can cause frequent tripping and accelerated component aging. The Xingdong 9025 DC axial-flow fan plays a key role in the induction cooker's heat dissipation system; this 9025 DC axial-flow fan provides a solid foundation for stable and safe operation.

1. Why do induction cookers need a "professional-grade cooling fan"?

Heat generation is concentrated in core components, creating an urgent need for heat dissipation.

The IGBT power transistors, the "heating core" of an induction cooker, can reach temperatures exceeding 80°C when operating at full power. If this heat cannot be dissipated quickly, the overheating protection function will be triggered, causing the cooker to suddenly shut down. Prolonged high temperatures can also degrade the IGBT's electrical conductivity, resulting in slower heating and inaccurate temperature control. In severe cases, the components may even burn out. The compact design makes fan installation challenging.

To accommodate the countertop size and thickness of the induction cooker, the internal space available for the cooling fan is extremely limited. Large fans cannot be inserted, and small fans lack sufficient wind power to cover multiple heat-generating points like the IGBT and rectifier bridge.

Second, Core Advantages: The Xingdong DC Axial Fan 9025's Four Key Advantages for Induction Cookers

Precisely Fitted, Zero-Modification Installation
The standard 90×90×25mm specifications perfectly match the internal fan mounting positions of mainstream induction cookers, eliminating the need for structural modifications or air duct cutting.

Powerful, targeted heat dissipation keeps core temperatures low. Supporting PWM speed regulation, the fan offers an airflow rate of 40.10-58.32 CFM. The air pressure is sufficient to penetrate the gaps between the heat sink fins inside the induction cooker, precisely targeting core heat-generating components like the IGBT power tubes and rectifier bridge, quickly extracting heat and preventing overheating.

Durable and durable, designed to withstand the complex kitchen environment. The fan frame is made of UL 94-0 flame-retardant PC+ Made of glass fiber composite material and IP68-rated dust and splash resistance, it can withstand even the slightest splashes from cooking soup or steaming vegetables, preventing motor short circuits or rusting of metal components. It operates stably over a wide temperature range of -10°C to 70°C, with a bearing lifespan of up to 80,000 hours.

Compatible with various scenarios, it's not only suitable for standard household induction cookers, but also for small commercial induction cookers, such as single-person hot pot restaurants and heating ovens at takeout restaurants. It supports a wide voltage input range of 12V-24V, matching the power systems of induction cookers of varying wattages.

The Xingdong 9025 DC axial-flow fan redefines the heat dissipation standard for induction cookers with its precise fit, powerful heat dissipation, and durable build quality. For induction cooker manufacturers, it improves product stability and simplifies the assembly process. For users, it prevents frequent tripping and extends the life of the induction cooker. Whether manufacturers are upgrading product quality or users are replacing aging fans, the Xingdong 9025 DC axial-flow fan is an excellent choice for induction cookers.

Due to their adaptability to performance and operating voltages (e.g., 12/24V), DC axial cooling fans are suitable for a wide range of electronic devices (e.g., power supplies, smart appliances, racks, cabinets, and various industrial equipment). When selecting a fan, we recommend that customers choose the appropriate model and specifications based on the device's cooling requirements, space constraints, and fan quietness requirements.