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DATE
July 15(Wed) - 17(Fri), 2026
VENUE
Tokyo Big Sight West Halls 1, 2, 3

High Thermal Conductivity Thermal Interface Sheet U-MAP/okamoto glass

  • Semiconductor
  • Nanomaterials
  • Thermal Design / Technology (Analysis software, etc.)
  • Heat Countermeasure Parts
  • Heat Management Materials (Substrate, Elastic Materials, etc.)
  • Target Sector (English)

    For TIM manufacturers, thermal material suppliers, resin manufacturers, film manufacturers, compounders, and electronic material companies seeking collaborative development of next-generation high thermal conductivity TIMs and thermal management materials.

  • Use Scenes (English)

    Designed for high-performance TIM development for AI servers, data centers, power semiconductors, communication equipment, automotive electronics, and EV applications. U-MAP supports collaborative development from material design through prototyping and evaluation.

  • Sales point (English)

    This thermal interface sheet utilizes U-MAP's proprietary Thermalnite® and hybrid filler technology to form efficient thermal conduction networks within the material. In addition to high thermal conductivity, U-MAP optimizes processability and practical performance through customized material design. Collaborative development is available, including filler formulation, resin selection, and target thermal conductivity.

Size / capacity (English) Sheet thickness and dimensions are customizable according to application requirements.
Notices (English) Customized material design, prototyping, and collaborative development are available according to target thermal conductivity and application requirements.
Catalog PDF file

U-MAP/okamoto glass

https://umap-corp.com/
  • Japan exhibitors
  • Real
  • TECHNO-FRONTIER 2026
  • THERMAL ENGINEERING JAPAN
  • Booth number 3-F21