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

FGHP™: the world’s highest-performance ultra-thin vapor chamber Taiyo Wire Cloth

  • Motor
  • Production Management Systems Specializing in the Processing Industry of Many Kinds in Small Quantities
  • Battery
  • Next-generation Charging System
  • Capacitor
  • Switching Power Supply
  • High Voltage Power Supply
  • Adapter/Charger
  • Un-Interrupting Power Source (UPS)
  • Power Supply Technology for LED Lighting
  • Semiconductor
  • Power Line Control
  • Automotive
  • Industrial Machinery
  • Consumer
  • Device/Element
  • Design Technology
  • Thermal Design / Technology (Analysis software, etc.)
  • Thermal Design Support System
  • Heat Countermeasure Parts
  • Heat Management Materials (Substrate, Elastic Materials, etc.)
  • Heat Management Products / Systems (Heatsink, Radiator plate, etc.)
  • Simulations
  • AI application
  • fuel cell
  • High-energy-density battery technology
  • Battery management system (BMS)
  • Large-scale stationary storage battery
  • Stable voltage supply technology
  • Use Scenes (English)

    In recent years, advancements in AI and Software-Defined Vehicles (SDVs) have driven the increased output and high-density integration of high-performance SoCs, such as GPUs, as well as GaN and SiC power devices. As a result, heat generation density has risen rapidly, leading to the emergence of thermal challenges that cannot be adequately addressed by conventional thermal design methods.
    FGHP, a stacked vapor chamber, offers high strength at elevated temperatures and features a radially designed internal structure that enables the rapid dispersion of locally concentrated heat across the entire cooling surface. As a result, it delivers superior heat transport performance that cannot be achieved with homogeneous materials.
    These characteristics make FGHP an effective thermal management solution for increasingly advanced and high-performance SoCs and power devices.

  • Sales point (English)

    *High heat spreading capability
    *High strength (heat-resistant up to 245°C)
    *Flexible orientation (installation in any position)
    *Custom design available (miniaturization / multiple heat sources / bare-chip mounting)

Taiyo Wire Cloth

https://www.twc-net.co.jp/
  • Japan exhibitors
  • Real
  • TECHNO-FRONTIER 2026
  • THERMAL ENGINEERING JAPAN
  • Booth number 3-D20