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DA6384 Heat Conduction Diamond Plate

Catalog No. DA6384
Dimensions 2", 3", 4", etc.
Thermal Conductivity 1800~2300w/(m·K)
Material Single Crystal Diamond

Heat Conduction Diamond Plates represent a groundbreaking advancement in thermal management materials, uniquely engineered to provide both exceptional thermal conductivity and electrical conductivity. Stanford Advanced Materials (SAM) brings extensive expertise in manufacturing Heat Conduction Diamond Plate, offering tailored solutions to meet the precise dimensions and specifications required for diverse applications.

Related products: Diamond Composite Sheet (PCD), CVD Diamond Wafer, CVD Single Crystal Diamond 

 

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Description
Specification

Heat Conduction Diamond Plate Description

Heat Conduction Diamond Plates represent a groundbreaking advancement in thermal management materials, uniquely engineered to provide both exceptional thermal conductivity and electrical conductivity. These plates combine the superior heat-dissipating properties of diamond with the ability to conduct electricity, offering low dielectric and resistive losses. This makes them an ideal solution for applications where optimal thermal management is essential while maintaining minimal impact on electrical RF performance. Key applications include high-power RF devices, optoelectronics, and high-voltage semiconductors, where efficient heat dissipation and electrical integrity are critical.

Heat Conduction Diamond Plate Specifications

Dimensions

2", 3", 4", etc.

Thickness

≥0.05 mm

Thermal Conductivity

1800~2300w/(m·K)

Material

Single Crystal Diamond

Heat Conduction Diamond Plate Application

  • Third-generation semiconductor high-power devices, high-power lasers, and microelectronic heat sink components.

Heat Conduction Diamond Plate Packing

Our Heat Conduction Diamond Plates are carefully handled during storage and transportation to preserve the quality of our product in its original condition.

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