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Difference of synthetic diamond and natural diamond
2025/05/21The main differences between synthetic diamond and natural diamond are reflected in four aspects: formation method, compositional purity, spectral characteristics, price, and application fields.Specific difference analysis:Formation method:...
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Diamond powder with coating of SiC
2025/05/15Silicon carbide has stable chemical properties, high thermal conductivity, low thermal expansion coefficient, good wear resistance, large pores, Mohs pores 9.5, and can resist oxidation at high temperatures.The carbide SiC on the diamo...
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Application Fields of Diamond Thermal Conductive Materials
2025/02/28Diamond thermal conductive materials play an indispensable role in many fields. It is widely used in the packaging of high-end electronic devices, such as computer CPUs, GPUs, and other chips, which can quickly dissipate heat, ensure the stable ...
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Why do diamond thermal conductive materials stand out
2025/02/24Excellent performance:Diamond significantly surpasses traditional materials in terms of thermal conductivity, especially in high-temperature environments. Its stability and high thermal conductivity can meet the high standard requirements of eme...
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How to choose the suitable diamond type
2024/12/19Diamond is a material widely used in many fields, and selecting suitable diamond products is crucial for specific applications.The following are the key factors on how to choose diamond products:1. Product structure: Diamond comes in different f...
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Diamond-The best material for thermal conductivity
2024/12/06The best material for thermal conductivity is diamond, with a thermal conductivity of 1300-2400 W/(m * K). Due to the thermal motion of microscopic particles such as molecules, atoms, and electrons inside an object, while the substances that mak...
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