G769EL

Thermal grease, G765, is a Non-Solvent thermal interface material developed and manufactured by Shin-Etsu Chemical Co., Ltd. Shin-Etsu MicroSi’s G765 exceeds thermal management requirements of high-performance semiconductor devices. Through superior heat dissipation, the G765 allows electronic devices to remain cooler and increases their long term reliability. Typical applications include semiconductor devices: power transistors, ICs, CPUs, stacked memory modules or similar applications.

Description

Thermal grease, G765, is a Non-Solvent thermal interface material developed and manufactured by Shin-Etsu Chemical Co., Ltd. Shin-Etsu MicroSi’s G765 exceeds thermal management requirements of high-performance semiconductor devices. Through superior heat dissipation, the G765 allows electronic devices to remain cooler and increases their long term reliability. Typical applications include semiconductor devices: power transistors, ICs, CPUs, stacked memory modules or similar applications.

Product Characteristics:

  • Highly thermal conductive Material
  • Low modulus soft material
  • Stable homogeneous mixture for consistent thermal performance
  • RoHS and REACH Compliant
  • High volume production product from a proven industry leader
  • Available worldwide through established supply chain networks

Packages:

SEM’s G765 material is available in several cost effective packages offering unique advantages:

  • Syringes offer most flexibility, with the ability to utilize the same product package for production and field requirements
  • Cartridges can be utilized with either manual, automated or silk-screening equipment. The delivery system allows dispensing of the material, while protecting the integrity and exposure level of the unused portion.
  • Bulk purchases with the lowest unit cost, are available for large scale production facilities where material is consumed at a rapid rate

Additional information

Color

Grey

Viscosity @25°C(mPa·s)

250

Specific Gravity

2.8

Thermal Conductivity * (W/m °K)

3.0

Thermal Resistance ** mm2·K/W

20

Bond Line Thickness (um) @20psi

50