• our science our science Our Science
    • By Industry

      • Aerospace

        • Satellite Optics

        • Aircraft Components

        • Tooling

      • EDM

        • Aerospace Components

        • Automotive

        • Consumer Goods and Electronics

        • Medical

        • Power Generation

      • Energy

        • Fuel Cell

        • Nuclear

        • Petrochemical

        • Solar

      • Industrial

        • Air Bearings

        • Bearing Sleeves

        • E-Beam Crucibles

        • Heaters

        • Hot Press Die (HPD)

        • Ink Jet

        • Thermal Management

        • Ultrasound

      • Glass Forming

      • Glass Handling

      • Life Sciences

      • Microelectronics

    • By Service

      • Analytical Services

      • EDM Training

      • Technical Support

  • product catalog product catalog Product Catalog
    • Premium Graphite

      • EDM Graphite Grades

      • Glass Forming Graphite Grades

      • Glass Handling Graphite Grades

      • Industrial Graphite Grades

      • Life Sciences Graphite Grades

      • Premium Graphite Components

      • Semiconductor Graphite Grades

      • Thermal Management Materials

    • Premium Silicon Carbide

    • Post Processing

  • resources resources Resources
    • Reference Materials

    • EDM Technical Manual

    • EDM Training

  • about us about us About Us
    • Locations

    • Events

    • Corporate Overview

    • Contact Us

    • EDM Distributors

    • Careers

    • News Releases

    • Media Coverage

    • Corporate Social Responsibility

Thermal Management


Our highly engineered materials rapidly channel heat away from sensitive areas, extending electronics and electromechanical systems lifetimes. 

As electronics and electromechanical systems continually improve in efficiency, the localized heat generated in those systems grows exponentially.

We offer a family of thermal management materials including our HTC (High Thermal Conductivity) and POCOFoam®. These highly engineered materials rapidly channel heat unidirectionally away from sensitive areas, extending the lifetime and enhancing performance of these systems. Heat sinks using both aerodynamic and enthalpic heat transfer are possible, with a range of density potential that allows designers to maximize the trade between heat removal speed and system capacity.