Heat Sink Manufacture

Features

Precisely adapt to the needs: For different customer application scenarios, whether it is CPU, GPU cooling, or power electronic equipment, etc., we can customize exclusive cooling solutions based on their unique thermal management needs to ensure that the radiator and the equipment are perfectly matched and play the best cooling performance.

Flexible material selection: You can choose from a variety of high-quality materials, such as aluminum alloy, copper and composite materials. According to the requirements of specific application scenarios for heat dissipation performance, weight, cost, etc., flexibly match materials to achieve a balance between efficient heat dissipation and other performance indicators.

Optimized design structure: The experienced engineering team will carefully design the structure of the radiator based on factors such as the customer's equipment space limitations and airflow direction. For example, in the case of limited space, design a compact and efficient heat dissipation fin layout; for scenarios that require large air volume heat dissipation, optimize the heat dissipation channel design to improve air circulation efficiency.

Efficient heat dissipation performance: Through customized design, the heat source's heat generation and heat dissipation requirements are accurately matched, so that the radiator can quickly and efficiently conduct and dissipate heat, effectively reduce the temperature of the equipment, ensure stable operation of the equipment, and extend the service life of the equipment.

Seamlessly integrated system: The custom radiator is designed with full consideration of compatibility with the overall system. It not only adapts in size and installation method, but also works with other components in the system in terms of heat dissipation principle and working mechanism to ensure the optimal heat dissipation performance of the entire system.

Application

Electronic equipment field

Computer: In high-performance computers, the CPU and GPU generate a lot of heat when running. Customized heat sinks can design precisely matched heat dissipation structures based on the heat characteristics of the chip and the space layout of the motherboard. For example, for overclocked CPUs, customized heat sinks with high heat dissipation efficiency and good compatibility can ensure the stability of the computer under high-load operation and avoid performance degradation or freezing due to overheating.

Mobile devices: Like smartphones, tablets, etc., the internal space is compact and the heat dissipation requirements are strict. Customized heat sinks can use ultra-thin and lightweight designs, combined with high-efficiency heat dissipation materials, to quickly transfer the heat generated by the chip to the outer shell, achieve efficient heat dissipation, improve user experience, and prevent the device from overheating. Problems such as frequency reduction and jamming.

Energy and power field

Photovoltaic inverter: In a solar power generation system, a large amount of heat is generated when the photovoltaic inverter converts DC power into AC power. Customized heat sinks can design special heat dissipation structures according to the power size and heat dissipation space of the inverter, such as using large-area heat dissipation fins combined with high-efficiency heat dissipation fans to ensure the stable operation of the inverter in complex outdoor environments, improve power generation efficiency, and extend the service life of the equipment.

Lithium battery management system: In electric vehicles and energy storage power stations, lithium batteries generate heat during charging and discharging. Customized radiators can fit closely to the battery module, maintain uniform temperature of the battery pack through precise heat dissipation design, avoid safety problems caused by overheating of the battery, and improve the charging and discharging performance and cycle life of the battery.

Industrial manufacturing field

Automation equipment: Industrial robots, controllers, drivers and other equipment in automated production lines generate heat during operation. Customized radiators can design durable and efficient heat dissipation solutions according to the installation space and working environment (such as high temperature, dust, etc.) of the equipment to ensure the stability of automated equipment under long-term continuous operation, reduce equipment failures caused by overheating, and improve production efficiency.

Industrial power supply: In industrial production, various power supply equipment provide power support for the production line, and heat dissipation during operation is crucial. Customized radiators can customize personalized heat dissipation structures according to the power level and heat dissipation method (air cooling or liquid cooling) of the power supply to ensure stable power output and meet the continuous and reliable demand for power in industrial production.