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2026 Diamond Heat Spreader Industry: Competitive Landscape and Trend Outlook
2026-06-01
2026 Diamond Heat Spreader Industry: Competitive Landscape and Trend Outlook
Technology Trend: From "Attached Heat Spreading" to "Ch···
Unraveling the Mystery of Diamond’s Thermal Conductivity: Discover the Cutting-Edge Technology of Diamond Heat Sinks
2026-05-27
Unraveling the Mystery of Diamond’s Thermal Conductivity: Discover the Cutting-Edge Technology of Diamond Heat Sinks
Applications of Diamond Thermal Conductivity1. High-Performance Electr···
Applications and Advantages of Diamond Semiconductors
2026-05-26
Applications and Advantages of Diamond Semiconductors
Diamond semiconductors refer to the technology and products that utili···
Applications of Diamond Heat Sinks
2026-05-25
Applications of Diamond Heat Sinks
Diamond has a thermal conductivity of up to 22 W/(m·K) at room tempera···
Why CVD Diamond is an Exceptional Material
2026-05-20
Why CVD Diamond is an Exceptional Material
The versatility of CVD diamond arises from its unique combination of p···
How is CVD diamond superior to traditional heat dissipation materials?
2026-05-19
How is CVD diamond superior to traditional heat dissipation materials?
As a direct relative of diamonds, diamond—with its properties as a for···
Diamond Heat Sinks: The Ultimate Solution to the “Overheating” Problem in Electronic Devices
2026-05-18
Diamond Heat Sinks: The Ultimate Solution to the “Overheating” Problem in Electronic Devices
Diamond heat sinks are high-performance thermal management components ···
A World First: Chinese Scientists Develop State-of-the-Art Diamond/Copper Heat Sink Module, Boosting Chip Module Heat Transfer Efficiency by 80%
2026-05-13
A World First: Chinese Scientists Develop State-of-the-Art Diamond/Copper Heat Sink Module, Boosting Chip Module Heat Transfer Efficiency by 80%
April 14 — According to a report released on April 9 by the Ningbo Ins···
The successful fabrication of GaN-HEMTs on 2-inch polycrystalline diamond substrates will help increase the capacity of core telecommunications equipment and reduce power consumption.
2026-05-12
The successful fabrication of GaN-HEMTs on 2-inch polycrystalline diamond substrates will help increase the capacity of core telecommunications equipment and reduce power consumption.
In recent years, as the volume of data transmitted via wireless commun···
Copper-diamond composite materials for heat dissipation in semiconductor devices
2026-05-11
Copper-diamond composite materials for heat dissipation in semiconductor devices
Technical Background and PrinciplesSemiconductor devices generate a si···
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