Porous Material with Low Thermal Conductivity Skip to main content

Porous Material with Low Thermal Conductivity ID: 2013-023

A novel porous material designed for exceptional thermal isolation compatible with semiconductor fabrication techniques.

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Technology Overview

This technology involves a unique process of growing carbon nanotubes, coating them with silicon dioxide, and then oxidizing the nanotubes to leave behind a porous oxide network. The resulting material exhibits thermal conductivity similar to that of air, making it an ideal candidate for applications requiring thermal isolation.


Key Advantages

  • Low thermal conductivity comparable to air
  • Compatibility with semiconductor fabrication techniques
  • Superior to silica aerogels in terms of integration into existing manufacturing processes
  • Potential for a wide range of applications including thermal sensors and micromachining

Problems Addressed

  • Need for materials with low thermal conductivity for thermal isolation in electronics
  • Lack of materials compatible with semiconductor fabrication processes
  • Difficulty in integrating existing low thermal conductivity materials into semiconductor devices

Market Applications

  • Thermal isolation layers in chip-based heaters and electronic devices
  • Thermal imaging sensors
  • Chemical sensors
  • Micromachining and advanced manufacturing processes

Additional Information

Technology ID: 2013-023
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 13 May, 2025

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