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.)
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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.
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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.
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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
