■ Technology Service
Combining high thermal conductivity and excellent heat dissipation metal alloy , thermoelectric materials and simulation technology to establish thermal management capabilities.
Developing Hardware, which includes high thermal conductivity interface materials (TIM) with unique ingredient formula, ultra-thin vapor chamber, high-strength copper alloy for ultra-thin tube, thermoelectric materials and modules. It provides thermal modeling solution for 3C, high-frequency and high-power components.
▣ Heat Pipe/ Vapor Chamber Technology
• High strength, high ductility Cu alloy for ultra-thin shell
• AI-assisted high-permeability capillary structure design
• Heat pipe/VC thermal property verification
• High strength low temperature sealing material
• High thermal conductivity materials measurement
Vapor Chamber and Optimal Capillary Structure Design
▣ Metal Base Thermal Conductivity Composites Materials Technology
• Low CTE, high thermal conductivity Al-SiC composites
• High thermal conductivity Al-graphite/Cu graphite composites
Al-SiC Composites and Power Modules Baseplate Application
▣ Thermal Interface Materials (TIM) Development
• Ultra-thin metal TIM sheet and paste materials for CPU and GPU
• High affinity composition design
• Low viscosity, high heat transfer
• Low interface resistance
• TIM Verification Platform
▣ Optimum Design of Heat Dissipation Solution
• Satellite Orbital Heat Transfer Simulation
• Electronic component/PCB board thermal simulation analysis
• Heat dissipation simulation and design of base station
• High thermal performance material integration
Thermal Simulation and Optimal Design of Heat Dissipation Scheme
▣ High Thermal Conductivity Flexible Graphite Technology
• Graphite/copper composite heat transfer film
• Multilayer stacked graphite film
• High heat Transfer VC and graphite integrated Film
TIM and Graphite Composite Heat Transfer Materials
▣ Thermal Electric Materials and Modules Technology
• Thermal Electric (TE) Materials composition design and manufacture
• TE legs provider for custom design
• TE modules properties verification platform
• TE cooling and power generation system design and application
Thermal Electric Materials and Power Generation Modules
Industrial Technology Research Institute (ITRI)
Material and Chemical Research Laboratories (MCL)
Dept. of Advance Thermal Management System Design & Application (J100)