Industry Application
Thermal Solution for High-End Laptops Background With high-end AI ultrabooks and gaming laptops trending ultra-thin and high-performance, CPUs and GPUs generate intensive heat under heavy loads. Heat accumulation in compact chassis easily causes thermal throttling and system lag. As laptop functions and technologies continuously upgrade, stricter standards are applied […]
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Thermal Solutions for Lasers Background As laser power keeps rising, pump sources generate extremely high heat flux. Heat easily builds up inside compact sealed housings due to limited cooling paths, causing hotspots that degrade laser output stability and service life. Thermal management has become a key challenge for laser
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Thermal Solution for Drones Background High-power lightweight drones produce heavy heat from power and control chips. They face high-altitude temperature swings and constant vibration. Mass production demands simple, cost-effective assembly. The market needs low-density, low-resistance, low-outgassing, vibration-resistant thermal materials compatible with automated UAV manufacturing. Recommended Materials 1.Thermally Conductive
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Thermal Solution for VR Background All-in-one VR/AR headsets combine optical and interactive sensing components. Higher integration generates more heat, leading to overheating and lag that affects wearing comfort and immersive experience. Their slim compact design calls for thermal materials that are low-stress, low-outgassing and fit tight gaps. Recommended Materials
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Radar Thermal Conductivity Solutions Background Due to the miniaturized millimeter-wave radar and blind-spot radar in ADAD generating a large amount of chip heat, it affects the detection accuracy. Regular silicone produces volatiles which are easy to contaminate RF circuits. Vehicle vibration & temperature swings damage chips. Thermal materials with low outgassing
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