Thermally Conductive Pads

Thermal Management

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Thermally conductive pads, like Parker Chomerics’ THERM-A-GAP® Gap Filler Pads and CHO-THERM® Electrical Insulator Pads, effectively transfer heat between components and heat-dissipating surfaces, making them essential for preventing overheating and maintaining performance.

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In addition to electronics, thermally conductive pads are vital for vibration dampening, where managing heat and mechanical vibrations is critical to protecting sensitive components. The pads’ ability to bridge gaps between surfaces of varying sizes ensures they can handle diverse thermal challenges — from intricate electronic components to larger power systems.

Features & Benefits

  • Ultra Low Deflection Force

    Ensures reliable thermal contact without damaging sensitive components.

  • Thermal Performance Range

    Various thermal conductivity levels are available to suit specific application needs.

  • High Tack Surface

    Reduces contact resistance, enhancing heat transfer efficiency.

  • Customizable Thickness

    Available in various thicknesses, with the option for custom sizes and cut parts.

  • Easy to Work With

    Configurations can be easily tailored to meet your project requirements.

Our Trusted Suppliers

As a preferred distributor of Parker Chomerics products, we proudly carry a greater range of THERM-A-GAP and CHO-THERM pads than you’ll find elsewhere. Our close relationships allow us to deliver thermally conductive pads at a great price and tailor solutions as necessary.

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Design Specifics

Thermally conductive pads bridge gaps between heat-sensitive components and heat-dissipating surfaces to ensure efficient heat transfer. Made from flexible silicone and non-silicone elastomers, these pads conform to uneven surfaces, providing an effective thermal interface.

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How Thermally Conductive Pads Work

The combination of high thermal conductivity and low deflection force makes thermal pads effective in many electronics applications. Their high-tack surface reduces contact resistance, enhancing heat transfer, while their flexibility allows them to adapt to different gaps. This ensures reliable thermal management and protects sensitive components from overheating, extending the life of electronics and power devices.

Related Industries

Extreme operating environments call for reliable heat transfer and dissipation.

Why Choose Sealing Devices for Thermally Conductive Pads?

In addition to providing a wide selection of thermally conductive pads, we offer extensive value-added services to help you select and implement the ideal solution for your needs.

  • Commitment To Quality: Our rigorous quality control processes ensure all of our thermally conductive pads meet the highest standards. Our ISO 9001:2015 and AS9100D certifications reflect our commitment to excellence.

  • Unmatched Supplier Partnerships: We proudly partner with some of the largest seal and gasket manufacturers in the world to provide the most reliable and advanced thermal pad solutions to meet our customers’ diverse needs.

  • Expert Guidance and Support: Our skilled applications engineers provide customized design guidance and comprehensive material testing to ensure our thermally conductive pads meet your specific requirements.

  • Ease of Selection and Application: We will help you determine the right pad for your needs and guide you through the application process to ensure reliable performance. We can also tailor the product to meet your exact specifications.

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