High Thermal Conductivity and Insulating Material
Heat Dissipation Sheet

Heat dissipation sheet
          We propose the optimal products with reliable technology and experience.

We have developed a thermosetting resin composite material
with ”high thermal conductivity," "insulation," and "heat resistance."

Features

What is a Heat Dissipation Sheet? 

It is a sheet that transfers heat generated from heat sources such as power semiconductors, various devices, and high-power LEDs to cooling parts (heat sinks) while maintaining insulation properties.

  • It is a thermosetting resin adhesive sheet with high thermal conductivity and high electrical insulation.
  • It ensures the safety and reliability of power electronics equipment and electronic devices.
  • It has heat resistance capable of withstanding continuous operation at temperatures above 150°C.

Power module(case type)

Power module (molding type)

2 Strengths of Heat Dissipation Sheet

1
It is an insulating sheet with industry-leading thermal conductivity, optimally blended with highly thermally conductive inorganic fillers in the thickness direction of the sheet.

Power module(case type)

2
It achieves low warpage compared to ceramic substrates. It is a superior substrate material in terms of warpage during the semiconductor chip mounting process and in power module products.

Product Introduction: Capabilities of Heat Dissipation Sheets 

We propose high-quality products and processing methods tailored to our customers' needs, utilizing the experience and technology we have built up over the years.

Heat Dissipation Sheet
for Insulated Metal Substrates (IMS)

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Heat Dissipation Sheet
with Copper Foil

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Development and Future Initiatives

As a company capable of proposing new technologies and products, we are engaged in the research and development of advanced technologies.

Product Development Roadmap for High Thermal Conductivity and Insulating Material

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The thermal conductivity of existing products is at the 12 W/(m·K) level. In 2024, we plan to release materials with a thermal conductivity of 18 W/(m·K), and we are currently developing materials at the 25 W/(m·K) level for release by 2030.
We will continue to release new products sequentially to meet the demands of fields requiring higher current and larger capacity.

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