CoolTherm® EP-6007 BLK/6010 Epoxy System | #CoolTherm EP-6007 BLK/6010


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CoolTherm EP-6007 BLK/6010

CoolTherm® EP-6007 BLK/6010 Epoxy System | #CoolTherm EP-6007 BLK/6010

CoolTherm® EP-6007 BLK/6010 epoxy system is used as a thermally conductive, thin bondline adhesive for attaching semiconductors to heat sinks, and as a potting/casting product when thermal conductivity & non-burning properties are required.


Technical Specifications

  • Trade Name: CoolTherm EP-6007 BLK/6010 Epoxy System
  • Color: Black Liquid (resin), Amber Liquid (hardener)
  • Dynamic Viscosity: 15000 cP @ 25°C (resin), 55 cP @ 25°C (hardener)
  • Specific Gravity: 1.69 (resin), 0.92 (hardener)
  • Cure Time: 12 to 16 Hours @ 25°C
  • Hardness: 85 Shore D
  • Thermal Conductivity: 0.6 W/m-K
  • Dielectric Strength: 19.3 kV/mm, 490 V/mil
Safety Warning

Item Information

CoolTherm® EP-6007 BLK/6010 epoxy system is a two-component system recommended for use as a thermally conductive, thin bondline adhesive for attaching semiconductors to heat sinks, and as a low viscosity potting and casting product for applications where thermal conductivity and non-burning properties are required.

Features and Benefits

• High Thermal Conductivity – provides high thermal conductivity for applications where superior heat transfer is required.
• Electrically Insulative – provides excellent high voltage insulation.
• Low Exotherm – exhibits low exotherm heat rise during room temperature cure.
• Broad Temperature Range – can be used on parts and devices that experience operating temperatures from -55°C to +130°C.
• UL Rated – provides excellent flame retardancy; UL 94 V-0 certified; meets requirements of Military Specifications MIL T-27 and MIL I-16923.

Shelf Life/Storage:

Shelf life of CoolTherm EP-6007 BLK resin is one year when stored at 25°C in original, unopened container.

Shelf life of CoolTherm EP-6010 hardener is two years when stored in a cool, dry environment at 25°C in original, unopened container. Keep container tightly closed when not in use. Material may absorb moisture and carbon dioxide, resulting in an increased viscosity and/or foaming during cure.

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