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Solving Thermal Insulation Challenges Across Electronics and Semiconductor Applications

Today's thermal insulation solutions struggle to keep pace with modern electronics and semiconductor systems as they grow smaller, more powerful and precision-driven. Often, traditional materials struggle with uneven heat distribution, bulk and inefficiency. The future of thermal insulation must do more than contain and disperse heat. It must improve thermal stability, energy efficiency and performance at every stage of the product life cycle.

From compact mobile devices to semiconductor heating jackets, these challenges can compromise performance, yields, energy use and long-term reliability.

Engineered Thermal Insulation for Uniform Heat Control

GORE® Thermal Insulation is designed to enable more even heat distribution across surfaces. This improves thermal stability, increases energy efficiency and supports consistent manufacturing outcomes. Its thin, conformable, and versatile profile fits complex geometries and tight spaces.

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Semiconductor manufacturing floor

Advanced Thermal Insulation for Electronics & Semiconductor Applications

In semiconductor manufacturing, tomorrow’s insulation must actively enable uniform temperature control, adapt to complex geometries and support cleaner, more energy efficient manufacturing. By enabling efficient heat management with less material and bulk, GORE Thermal Insulation helps improve process control and reduce energy consumption.

In mobile electronic devices and systems, the low thermal conductivity and thin form enable precise temperature control and compact system design. By enabling efficient heat management with less material and bulk, GORE Thermal Insulation reduces hot spots and delivers optimal device performance.

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GORE Thermal Insulation Performance

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Gore Thermal Insulation x FCNT Arrows 5G F-51A

Advanced Thermal Mobile Electronics Solutions

Smartphone Heat Dissipation
Smartphone Heat Dissipation

GORE Thermal Insulation can be used to provide thermal protection for cell phones -- ensuring the phone does not overheat and cause internal damage or harm to the user.

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Woman looking at her mobile phone while eating an ice cream cone
System-on-Chip (SoC) Throttling
System-on-Chip (SoC) Throttling

GORE Thermal Insulation can lower the surface temperature. When used in combination with graphite, it can allow for either an increase in peak performance of the SoC or an increase in the length of time spent at a specific power outlet level before throttling occurs.

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Small ID Acoustic Smartphone
Minimized Insulation Particulation
Minimized Insulation Particulation

GORE Thermal Insulation is an aerogel-based product that solves consistency and shedding issues.

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Woman smiling while using a heat-mapped smartphone illustrating device thermal imaging
Laptop Heat Dissipation
Laptop Heat Dissipation

GORE Thermal Insulation can be used to block heat from reaching the surface of a device as well as in conjunction with vapor chambers in laptops.

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A black and white photo of a woman viewing a laptop. The laptop is stylized to show a heat map.
Enhanced Graphite Heat Spreading
Enhanced Graphite Heat Spreading

Boost anisotropic ratios of thermal conductivity by 100-1000X with GORE Thermal Insulation.

Pushing Boundaries Together: The Power of Collaboration

At Gore, we believe the best solutions come from working side by side with our customers -- listening, innovating and pushing boundaries together to create real impact.

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